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			</style>[an error occurred while processing this directive]<div class="content-width"><ol class="breadcrumb text-uppercase"><li><a href="/">Home</a></li><li><a href="/aboutus/">About Us</a></li><li><a href="/people/">People</a></li><li><a href="/people/faculty.html">Faculty</a></li><li><a href="/people/Jonathan.Whiteley"><span itemprop="name">Jonathan Whiteley</span></a></li><li class="active">Publications</li></ol></div><!-- MOBILE NAVIGATION --><div class="content-width space-below mobile-menu-placeholder visible-xs visible-sm"></div><!-- COLUMNS --><div class="container-fluid content-width"><div class="row"><div class="col-xs-12 col-md-9 col-md-push-3" id="maincontent"><!-- CONTENT (Column 2) --><div class="page-title"><h1>Jonathan Whiteley : Publications
</h1></div><div role="toolbar" class="btn-toolbar"><div class="btn-group"><a href="/people/publications/date/Jonathan.Whiteley.html" aria-hidden="true" type="button" class="btn btn-oxford-blue"><span class="glyphicon glyphicon-sort-by-attributes"></span> By date</a><a href="/people/publications/title/Jonathan.Whiteley.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-sort-by-attributes"></span> By title</a><a href="/people/publications/type/Jonathan.Whiteley.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-sort-by-attributes"></span> By type</a><a href="/people/publications/bibtex/Jonathan.Whiteley.html" aria-hidden="true" type="button" class="btn btn-default"><span class="glyphicon glyphicon-file"></span> BibTex</a></div></div><p></p><ul class="list-unbulleted list-unbulleted-spaced"><li>
	
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	<p class="publicationTitle"> <strong>
            Sensitivity of cartilage mechanical behaviour to spatial variations in material properties </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; C.P. Brown and E.A. Gaffney  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of the Mechanical Behavior of Biomedical Materials</em>.
        
            Vol. 156.
        
                Pages 106575.
            2024.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication16289-abstract.html">
			Details <span class="sr-only" > about <em> Sensitivity of cartilage mechanical behaviour to spatial variations in material properties  </em></span> </a> |
			<a href="/publications/publication16289.bib">
			BibTeX  <span class="sr-only" > data for <em> Sensitivity of cartilage mechanical behaviour to spatial variations in material properties  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/https://doi.org/10.1016/j.jmbbm.2024.106575">
		DOI (https://doi.org/10.1016/j.jmbbm.2024.106575)
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	<p class="publicationTitle"> <strong>
            Modelling articular cartilage: the relative motion of two adjacent poroviscoelastic layers </strong> </p>
	    <p class="publicationAuthors"> <em> J.P.&#xa0;Whiteley&#x201a; C.P.&#xa0;Brown and E.A.&#xa0;Gaffney  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 39.
        
                Pages 251&#x2212;298.
            2022.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication14866-abstract.html">
			Details <span class="sr-only" > about <em> Modelling articular cartilage: the relative motion of two adjacent poroviscoelastic layers  </em></span> </a> |
			<a href="/publications/publication14866.bib">
			BibTeX  <span class="sr-only" > data for <em> Modelling articular cartilage: the relative motion of two adjacent poroviscoelastic layers  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1093/imammb/dqac005">
		DOI (10.1093/imammb/dqac005)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Model Reduction for Initial Value ODEs </strong> </p>
	    <p class="publicationAuthors"> <em> A. Ambuehl and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
            Vol. 337.
        
                Pages 108618.
            2021.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication14537-abstract.html">
			Details <span class="sr-only" > about <em> Model Reduction for Initial Value ODEs  </em></span> </a> |
			<a href="/publications/publication14537.bib">
			BibTeX  <span class="sr-only" > data for <em> Model Reduction for Initial Value ODEs  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.mbs.2021.108618">
		DOI (10.1016/j.mbs.2021.108618)
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	<p class="publicationTitle"> <strong>
            Modelling the Inclusion of Swelling Pressure in a Tissue Level Poroelastic Model of Cartilage Deformation </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley and E.A. Gaffney  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 37.
        
                Pages 390&#x2212;429.
            2020.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication13739-abstract.html">
			Details <span class="sr-only" > about <em> Modelling the Inclusion of Swelling Pressure in a Tissue Level Poroelastic Model of Cartilage Deformation  </em></span> </a> |
			<a href="/publications/publication13739.bib">
			BibTeX  <span class="sr-only" > data for <em> Modelling the Inclusion of Swelling Pressure in a Tissue Level Poroelastic Model of Cartilage Deformation  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1093/imammb/dqaa001">
		DOI (10.1093/imammb/dqaa001)
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	<p class="publicationTitle"> <strong>
            Impact on Floating Thin Elastic Sheets: a Mathematical Model </strong> </p>
	    <p class="publicationAuthors"> <em> D. O'Kiely&#x201a; F. Box&#x201a; O. Kodio&#x201a; J. Whiteley and D. Vella  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Physical Review Fluids</em>.
        
            Vol. 5.
        
                Pages 014003.
            2020.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication13730-abstract.html">
			Details <span class="sr-only" > about <em> Impact on Floating Thin Elastic Sheets: a Mathematical Model  </em></span> </a> |
			<a href="/publications/publication13730.bib">
			BibTeX  <span class="sr-only" > data for <em> Impact on Floating Thin Elastic Sheets: a Mathematical Model  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1103/PhysRevFluids.5.014003">
		DOI (10.1103/PhysRevFluids.5.014003)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            An evaluation of some assumptions underpinning the bidomain equations of electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 37.
        
                Pages 262&#x2212;302.
            2020.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication12672-abstract.html">
			Details <span class="sr-only" > about <em> An evaluation of some assumptions underpinning the bidomain equations of electrophysiology  </em></span> </a> |
			<a href="/publications/publication12672.bib">
			BibTeX  <span class="sr-only" > data for <em> An evaluation of some assumptions underpinning the bidomain equations of electrophysiology  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1093/imammb/dqz014">
		DOI (10.1093/imammb/dqz014)
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	<p class="publicationTitle"> <strong>
            Multiscale modelling and homogenisation of fibre&#x2212;reinforced hydrogels for tissue engineering </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Chen&#x201a; L.S. Kimpton&#x201a; J.P. Whiteley&#x201a; M. Castilho&#x201a; J. Malda&#x201a; C.P. Please&#x201a; S.L. Waters and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>European Journal of Applied Mathematics</em>.
        
            Vol. 31.
        
                Pages 143&#x2212;171.
            2020.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication12250-abstract.html">
			Details <span class="sr-only" > about <em> Multiscale modelling and homogenisation of fibre&#x2212;reinforced hydrogels for tissue engineering  </em></span> </a> |
			<a href="/publications/publication12250.bib">
			BibTeX  <span class="sr-only" > data for <em> Multiscale modelling and homogenisation of fibre&#x2212;reinforced hydrogels for tissue engineering  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1017/S0956792518000657">
		DOI (10.1017/S0956792518000657)
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	<p class="publicationTitle"> <strong>
            Identifying chondrogenesis strategies for tissue engineering of articular cartilage </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Chen&#x201a; J.P. Whiteley&#x201a; C.P. Please&#x201a; F. Ehlicke&#x201a; S.L. Waters and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Tissue Engineering</em>.
        
            Vol. 10.
        
                Pages 1&#x2212;14.
            2019.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication12520-abstract.html">
			Details <span class="sr-only" > about <em> Identifying chondrogenesis strategies for tissue engineering of articular cartilage  </em></span> </a> |
			<a href="/publications/publication12520.bib">
			BibTeX  <span class="sr-only" > data for <em> Identifying chondrogenesis strategies for tissue engineering of articular cartilage  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1177/2041731419842431">
		DOI (10.1177/2041731419842431)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            The combined impact of tissue heterogeneity and fixed charge for models of cartilage: the one&#x2212;dimensional biphasic swelling model revisited </strong> </p>
	    <p class="publicationAuthors"> <em> V. Klika&#x201a; J.P. Whiteley&#x201a; C.P. Brown and E.A. Gaffney  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biomechanics and Modeling in Mechanobiology</em>.
        
            Vol. 18.
        
                Pages 953&#x2212;968.
            2019.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication12278-abstract.html">
			Details <span class="sr-only" > about <em> The combined impact of tissue heterogeneity and fixed charge for models of cartilage: the one&#x2212;dimensional biphasic swelling model revisited  </em></span> </a> |
			<a href="/publications/publication12278.bib">
			BibTeX  <span class="sr-only" > data for <em> The combined impact of tissue heterogeneity and fixed charge for models of cartilage: the one&#x2212;dimensional biphasic swelling model revisited  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1007/s10237-019-01123-7">
		DOI (10.1007/s10237-019-01123-7)
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	<p class="publicationTitle"> <strong>
            Representation of Multiple Cellular Phenotypes Within Tissue&#x2212;Level Simulations of Cardiac Electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> L.A. Bowler&#x201a; D.J. Gavaghan&#x201a; G.R. Mirams and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Bulletin of Mathematical Biology</em>.
        
            Vol. 81.
        
                Pages 7&#x2212;38.
            2019.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication12193-abstract.html">
			Details <span class="sr-only" > about <em> Representation of Multiple Cellular Phenotypes Within Tissue&#x2212;Level Simulations of Cardiac Electrophysiology  </em></span> </a> |
			<a href="/publications/publication12193.bib">
			BibTeX  <span class="sr-only" > data for <em> Representation of Multiple Cellular Phenotypes Within Tissue&#x2212;Level Simulations of Cardiac Electrophysiology  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1007/s11538-018-0516-1">
		DOI (10.1007/s11538-018-0516-1)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            On the deflection of a liquid jet by an air&#x2212;cushioning layer </strong> </p>
	    <p class="publicationAuthors"> <em> M.R. Moore&#x201a; J.P. Whiteley and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Fluid Mechanics</em>.
        
            Vol. 846.
        
                Pages 711&#x2212;751.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11975-abstract.html">
			Details <span class="sr-only" > about <em> On the deflection of a liquid jet by an air&#x2212;cushioning layer  </em></span> </a> |
			<a href="/publications/publication11975.bib">
			BibTeX  <span class="sr-only" > data for <em> On the deflection of a liquid jet by an air&#x2212;cushioning layer  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/doi:10.1017/jfm.2018.310">
		DOI (doi:10.1017/jfm.2018.310)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Predictive mathematical models for the spread and treatment of hyperoxia&#x2212;induced photoreceptor degeneration in retinitis pigmentosa </strong> </p>
	    <p class="publicationAuthors"> <em> P.A. Roberts&#x201a; E.A. Gaffney&#x201a; J.P. Whiteley&#x201a; P.J. Luthert&#x201a; A.J.E. Foss and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Investigative Opthalmology & Visual Science</em>.
        
            Vol. 59.
        
                Pages 1238&#x2212;1249.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11649-abstract.html">
			Details <span class="sr-only" > about <em> Predictive mathematical models for the spread and treatment of hyperoxia&#x2212;induced photoreceptor degeneration in retinitis pigmentosa  </em></span> </a> |
			<a href="/publications/publication11649.bib">
			BibTeX  <span class="sr-only" > data for <em> Predictive mathematical models for the spread and treatment of hyperoxia&#x2212;induced photoreceptor degeneration in retinitis pigmentosa  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1167/iovs.17-23177">
		DOI (10.1167/iovs.17-23177)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Inducing chondrogenesis in MSC/chondrocyte co&#x2212;cultures using exogenous TGF&#x2212;&#x03b2;: a mathematical model </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Chen&#x201a; J.P. Whiteley&#x201a; C.P. Please&#x201a; A. Schwab&#x201a; F. Ehlicke&#x201a; S.L. Waters and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 439.
        
                Pages 1&#x2212;13.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11575-abstract.html">
			Details <span class="sr-only" > about <em> Inducing chondrogenesis in MSC/chondrocyte co&#x2212;cultures using exogenous TGF&#x2212;&#x03b2;: a mathematical model  </em></span> </a> |
			<a href="/publications/publication11575.bib">
			BibTeX  <span class="sr-only" > data for <em> Inducing chondrogenesis in MSC/chondrocyte co&#x2212;cultures using exogenous TGF&#x2212;&#x03b2;: a mathematical model  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1016/j.jtbi.2017.11.024">
		DOI (10.1016/j.jtbi.2017.11.024)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Potential for non&#x2212;invasive assessment of lung inhomogeneity using highly precise&#x201a; highly time&#x2212;resolved&#x201a; measurements of gas exchange </strong> </p>
	    <p class="publicationAuthors"> <em> J.E. Mountain&#x201a; P. Santer&#x201a; D.P. O'Neill&#x201a; N.M.J. Smith&#x201a; L. Ciaffoni&#x201a; J.H. Couper&#x201a; G.A.D. Ritchie&#x201a; G. Hancock&#x201a; J.P. Whiteley and P.A. Robbins  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Applied Physiology</em>.
        
            Vol. 124.
        
                Pages 615&#x2212;631.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11274-abstract.html">
			Details <span class="sr-only" > about <em> Potential for non&#x2212;invasive assessment of lung inhomogeneity using highly precise&#x201a; highly time&#x2212;resolved&#x201a; measurements of gas exchange  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Potential for non&#x2212;invasive assessment of lung inhomogeneity using highly precise&#x201a; highly time&#x2212;resolved&#x201a; measurements of gas exchange  </em></span>   </a>
			
			 | <a
		href="http://dx.doi.org/10.1152/japplphysiol.00745.2017">
		DOI (10.1152/japplphysiol.00745.2017)
		</a> 
		
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	<p class="publicationTitle"> <strong>
            Pattern formation in multiphase models of chemotactic cell aggregation </strong> </p>
	    <p class="publicationAuthors"> <em> J.E.F. Green&#x201a; J.P. Whiteley&#x201a; J.M. Oliver&#x201a; H.M. Byrne and S.L. Waters  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 35.
        
                Pages 319&#x2212;346.
            2018.
        </p>
	
        		<p class="publicationlinks"> <a
        
            		href="/publications/publication11054-abstract.html">
			Details <span class="sr-only" > about <em> Pattern formation in multiphase models of chemotactic cell aggregation  </em></span> </a> |
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			BibTeX  <span class="sr-only" > data for <em> Pattern formation in multiphase models of chemotactic cell aggregation  </em></span>   </a>
			
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	<p class="publicationTitle"> <strong>
            Finite Element Methods&#x201a; A Practical Guide </strong> </p>
	    <p class="publicationAuthors"> <em> Jonathan Whiteley  </em> </p>
	
	<p class="publicationDetails"> Springer.
        2017.
        </p>
	
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		DOI (10.1007/978-3-319-49971-0)
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	<p class="publicationTitle"> <strong>
            A mathematical model for cell infiltration and proliferation in a chondral defect </strong> </p>
	    <p class="publicationAuthors"> <em> L.S. Kimpton&#x201a; A. Schwab&#x201a; F. Ehlicke&#x201a; S.L. Waters&#x201a; C.P. Please&#x201a; J.P. Whiteley and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
            Vol. 292.
        
                Pages 46&#x2212;56.
            2017.
        </p>
	
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	<p class="publicationTitle"> <strong>
            A preconditioner for the finite element computation of incompressible&#x201a; nonlinear elastic deformations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Computational Mechanics</em>.
        
            Vol. 60.
        
                Pages 683&#x2212;692.
            2017.
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	<p class="publicationTitle"> <strong>
            Mathematical modelling of cell layer growth in a hollow fibre bioreactor </strong> </p>
	    <p class="publicationAuthors"> <em> L.A.C. Chapman&#x201a; J.P. Whiteley&#x201a; H.M. Byrne&#x201a; S.L. Waters and R.J. Shipley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
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                Pages 36&#x2212;56.
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	<p class="publicationTitle"> <strong>
            Kinetic effects regularize the mass&#x2212;&#xfb02;ux singularity at the contact line of a thin evaporating drop </strong> </p>
	    <p class="publicationAuthors"> <em> M.A. Saxton&#x201a; D. Vella&#x201a; J.P. Whiteley and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Engineering Mathematics</em>.
        
            Vol. 106.
        
                Pages 47&#x2212;73.
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	<p class="publicationTitle"> <strong>
            On thin evaporating drops: When is the <span style="font-family: serif">d<sup style="font-style: normal">2</sup></span>&#x2212;law valid? </strong> </p>
	    <p class="publicationAuthors"> <em> M.A. Saxton&#x201a; J.P. Whiteley&#x201a; D. Vella and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Fluid Mechanics</em>.
        
            Vol. 792.
        
                Pages 134&#x2212;167.
            2016.
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	<p class="publicationTitle"> <strong>
            The influence of hydrostatic pressure on tissue engineered bone development </strong> </p>
	    <p class="publicationAuthors"> <em> K.H.L. Nessler&#x201a; J.R. Henstock&#x201a; A.J. El Haj&#x201a; S.L  Waters&#x201a; J.P. Whiteley and J.M. Osborne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 394.
        
                Pages 149&#x2212;159.
            2016.
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	<p class="publicationTitle"> <strong>
            Approaches to myosin modelling in a two&#x2013;phase model for cell motility </strong> </p>
	    <p class="publicationAuthors"> <em> L.S. Kimpton&#x201a; J.P. Whiteley&#x201a; S.L. Waters and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Physica D</em>.
        
            Vol. 318&#x2212;319.
        
                Pages 34&#x2212;49.
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	<p class="publicationTitle"> <strong>
            An investigation of the influence of extracellular matrix anisotropy and cell&#x2013;matrix interactions on tissue architecture </strong> </p>
	    <p class="publicationAuthors"> <em> R.J. Dyson&#x201a; J.E.F. Green&#x201a; J.P. Whiteley and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Mathematical Biology</em>.
        
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	<p class="publicationTitle"> <strong>
            A discontinuous Galerkin finite element method for multiphase viscous flow </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>SIAM Journal on Scientific Computing</em>.
        
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                Pages B591&#x2212;B612.
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	<p class="publicationTitle"> <strong>
            On contact&#x2013;line dynamics with mass transfer </strong> </p>
	    <p class="publicationAuthors"> <em> J.M. Oliver&#x201a; J.P. Whiteley&#x201a; M.A. Saxton&#x201a; D. Vella&#x201a; V.S. Zubkov and J.R. King  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>European Journal of Applied Mathematics</em>.
        
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            2015.
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	<p class="publicationTitle"> <strong>
            Inertial rise of a meniscus on a vertical cylinder </strong> </p>
	    <p class="publicationAuthors"> <em> D. O'Kiely&#x201a; J.P. Whiteley&#x201a; J.M. Oliver and D. Vella  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Fluid Mechanics</em>.
        
            Vol. 768.
        2015.
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	<p class="publicationTitle"> <strong>
            Evaluation of the Growth Environment of a Hydrostatic Force Bioreactor for Preconditioning of Tissue&#x2212;Engineered Constructs </strong> </p>
	    <p class="publicationAuthors"> <em> Y. Reinwald&#x201a; K.H.L. Leonard&#x201a; J.R. Henstock&#x201a; J.P. Whiteley&#x201a; J.M. Osborne&#x201a; S.L. Waters&#x201a; P. Levesque and A.J. El Haj  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Tissue Engineering Part C</em>.
        
            Vol. 21.
        
            No. 1.
        
                Pages 1&#x2212;14.
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	<p class="publicationTitle"> <strong>
            On a poroviscoelastic model for cell crawling </strong> </p>
	    <p class="publicationAuthors"> <em> L.S. Kimpton&#x201a; J.P. Whiteley&#x201a; S.L. Waters and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Mathematical Biology</em>.
        
            Vol. 70.
        
                Pages 133&#x2212;171.
            2015.
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	<p class="publicationTitle"> <strong>
            Optimising cell aggregate expansion in a perfused hollow fibre bioreactor via mathematical modelling </strong> </p>
	    <p class="publicationAuthors"> <em> L.A.C. Chapman&#x201a; R.J. Shipley&#x201a; J.P. Whiteley&#x201a; M.J. Ellis&#x201a; H.M. Byrne and S.L. Waters  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>PLoS ONE</em>.
        
            Vol. 9.
        
                Pages e105813.
            2014.
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	<p class="publicationTitle"> <strong>
            The effect of membrane&#x2212;regulated actin polymerization on a two&#x2212;phase flow model for cell motility </strong> </p>
	    <p class="publicationAuthors"> <em> L.S. Kimpton&#x201a; J.P. Whiteley&#x201a; S.L. Waters and J.M. Oliver  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>IMA Journal of Applied Mathematics</em>.
        
            Vol. 79.
        
                Pages 603&#x2212;635.
            2014.
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		DOI (10.1093/imamat/hxu035)
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	<p class="publicationTitle"> <strong>
            Error estimation and adaptivity for incompressible hyperelasticity </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley and S.J. Tavener  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>International Journal for Numerical Methods in Engineering</em>.
        
            Vol. 99.
        
                Pages 313&#x2212;332.
            2014.
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	<p class="publicationTitle"> <strong>
            Automatic simplification of systems of reaction&#x2013;diffusion equations by <em>a posteriori</em> analysis </strong> </p>
	    <p class="publicationAuthors"> <em> P.J. Maybank and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
            Vol. 248.
        
                Pages 146&#x2212;157.
            2014.
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		DOI (10.1016/j.mbs.2013.12.011)
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	<p class="publicationTitle"> <strong>
            Modelling the effect of gap junctions on tissue&#x2013;level cardiac electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> D. Bruce&#x201a; P. Pathmanathan and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Bulletin of Mathematical Biology</em>.
        
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                Pages 431&#x2212;454.
            2014.
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            Heat or mass transfer at low P&#xe9;clet number for Brinkman and Darcy flow round a sphere </strong> </p>
	    <p class="publicationAuthors"> <em> C.G. Bell&#x201a; H.M. Byrne&#x201a; J.P. Whiteley and S.L. Waters  </em> </p>
	
	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Homogenization via formal multiscale asymptotics and volume averaging: how do the two techniques compare? </strong> </p>
	    <p class="publicationAuthors"> <em> Y. Davit and C.G. Bell and H.M. Byrne and L.A.C. Chapman and L.S. Kimpton and G.E. Lang and K.H.L. Leonard&#x201a; J.M. Oliver&#x201a; N.C. Pearson&#x201a; R.J. Shipley&#x201a; S.L. Waters&#x201a; J.P. Whiteley&#x201a; B.D. Wood and M. Quintard  </em> </p>
	
	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Multiple travelling wave solutions in a minimal model for cell motility </strong> </p>
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	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Heat or mass transfer from a sphere in Stokes flow at low Peclet number </strong> </p>
	    <p class="publicationAuthors"> <em> C.G. Bell&#x201a; H.M. Byrne&#x201a; J.P. Whiteley and S.L. Waters  </em> </p>
	
	<p class="publicationDetails"> 
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		href="http://dx.doi.org/10.1016/j.aml.2012.10.010">
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            Guide to Scientific Computing in C++ </strong> </p>
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	<p class="publicationDetails"> Springer.
        2012.
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	<p class="publicationTitle"> <strong>
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	<p class="publicationTitle"> <strong>
            The significant effect of the choice of ionic current integration method in cardiac electrophysiological simulations </strong> </p>
	    <p class="publicationAuthors"> <em> P. Pathmanathan G.R. Mirams J.A. Southern and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>International Journal for Numerical Methods in Biomedical Engineering</em>.
        
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	<p class="publicationTitle"> <strong>
            The Influence of Bioreactor Geometry and the Mechanical Environment on Engineered Tissues </strong> </p>
	    <p class="publicationAuthors"> <em> J. M. Osborne&#x201a; R. D. O'Dea&#x201a; J. P. Whiteley&#x201a; H. M. Byrne and S. L. Waters  </em> </p>
	
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        In <em>Journal of Biomechanical Engineering</em>.
        
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	<p class="publicationTitle"> <strong>
            A numerical guide to the solution of the bidomain equations of cardiac electrophysiology </strong> </p>
	    <p class="publicationAuthors"> <em> Pras Pathmanathan&#x201a; Miguel O Bernabeu&#x201a; Rafel Bordas&#x201a; Jonathan Cooper&#x201a; Alan Garny&#x201a; Joe M Pitt&#x2212;Francis&#x201a; Jonathan P Whiteley and David J Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Progress in biophysics and molecular biology</em>.
        
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	<p class="publicationTitle"> <strong>
            A numerical method for the multiphase viscous flow equations </strong> </p>
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	<p class="publicationDetails"> 
        In <em>Computer Methods in Applied Mechanics and Engineering</em>.
        
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	<p class="publicationTitle"> <strong>
            Non&#x2212;local models for the formation of hepatocyte&#x2212;stellate cell aggregates </strong> </p>
	    <p class="publicationAuthors"> <em> J.E.F. Green&#x201a; S.L. Waters&#x201a; J.P. Whiteley&#x201a; L. Edelstein&#x2212;Keshet&#x201a; K.M. Shakesheff and H.M. Byrne  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
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	<p class="publicationTitle"> <strong>
            Cardiac electromechanics: the effect of contraction model on the mathematical problem and accuracy of the numerical scheme </strong> </p>
	    <p class="publicationAuthors"> <em> P. Pathmanathan&#x201a; S.J. Chapman&#x201a; D.J. Gavaghan and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Quarterly Journal of Mechanics and Applied Mathematics</em>.
        
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	<p class="publicationTitle"> <strong>
            A posteriori error analysis for the use of lookup tables in cardiac electrophysiology simulations </strong> </p>
	    <p class="publicationAuthors"> <em> J. Cooper&#x201a; J.P. Whiteley and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>SIAM Journal on Scientific Computing</em>.
        
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            2010.
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	<p class="publicationTitle"> <strong>
            Modeling alveolar volume changes during periodic breathing in heterogeneously ventilated lungs </strong> </p>
	    <p class="publicationAuthors"> <em> S.&#x2212;J. Dunn and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
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			 | <a
		href="http://dx.doi.org/10.1007/s10439-010-0034-2">
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	<p class="publicationTitle"> <strong>
            Model reduction using a posteriori analysis </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
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	<p class="publicationTitle"> <strong>
            Computational and Numerical Methods for the Accurate and Efficient Solution of the Bidomain Equations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
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        In <em>Mathematics In Industry</em>.
        
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		DOI (10.1007/978-3-642-12110-4_57)
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	<p class="publicationTitle"> <strong>
            A Note on the Effect of the Choice of Weak Form on GMRES Convergence for Incompressible Nonlinear Elasticity Problems </strong> </p>
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	<p class="publicationDetails"> 
        In <em>Journal of Applied Mechanics</em>.
        
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	<p class="publicationTitle"> <strong>
            Chaste: Incorporating a Novel Multiscale Spatial and Temporal Algorithm into a Large Scale Open Source Library </strong> </p>
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	<p class="publicationTitle"> <strong>
            Chaste: a test&#x2212;driven approach to software development for biological modelling </strong> </p>
	    <p class="publicationAuthors"> <em> Joe Pitt&#x2212;Francis&#x201a; Pras Pathmanathan&#x201a; Miguel O Bernabeu&#x201a; Rafel Bordas&#x201a; Jonathan Cooper&#x201a; Alexander G Fletcher&#x201a; Gary R Mirams&#x201a; Philip Murray&#x201a; James M Osborne&#x201a; Alex Walter and others  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Computer Physics Communications</em>.
        
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	<p class="publicationTitle"> <strong>
            Solving the Coupled System Improves Computational Efficiency of the Bidomain Equations </strong> </p>
	    <p class="publicationAuthors"> <em> J.A. Southern&#x201a; G. Plank&#x201a; E.J. Vigmond and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
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            A Comparison of Numerical Methods used for Finite Element Modelling of Soft Tissue Deformation </strong> </p>
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            Discontinuous Galerkin Finite Element Methods for Incompressible Non&#x2212;linear Elasticity </strong> </p>
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            A Numerical Method for Cardiac Mechanoelectric Simulations </strong> </p>
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	<p class="publicationTitle"> <strong>
            An integrative computational model for intestinal tissue renewal </strong> </p>
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            An Efficient Technique for the Numerical Solution of the Bidomain equations </strong> </p>
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            Chaste: using agile programming techniques to develop computational biology software </strong> </p>
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	<p class="publicationTitle"> <strong>
            Predicting tumor location by modeling the deformation of the breast </strong> </p>
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	<p class="publicationDetails"> 
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	<p class="publicationTitle"> <strong>
            Multi&#x2212;scale computational modelling in biology and physiology </strong> </p>
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	<p class="publicationTitle"> <strong>
            Non&#x2013;linear modelling of breast tissue </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan&#x201a; S.J. Chapman and J.M. Brady  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
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	<p class="publicationTitle"> <strong>
            Soft tissue modelling of cardiac fibres for use in coupled mechano&#x2013;electric simulations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; M.J. Bishop and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Bulletin of Mathematical Biology</em>.
        
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	<p class="publicationTitle"> <strong>
            Physiology driven adaptivity for the numerical solution of the bidomain equations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Annals of Biomedical Engineering</em>.
        
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	<p class="publicationTitle"> <strong>
            Synchronization between arterial blood pressure and cerebral oxyhaemoglobin concentration investigated by wavelet cross&#x2013;correlation </strong> </p>
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        In <em>Physiological Measurement</em>.
        
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	<p class="publicationTitle"> <strong>
            An efficient numerical technique for the solution of the monodomain and bidomain equations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>IEEE Transactions on Biomedical Engineering</em>.
        
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	<p class="publicationTitle"> <strong>
            Some factors affecting pulmonary oxygen transport </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
            Vol. 202.
        
                Pages 115&#x2013;132.
            2006.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Synthesis of voltage&#x2013;sensitive optical signals: application to panoramic optical mapping </strong> </p>
	    <p class="publicationAuthors"> <em> M.J. Bishop&#x201a; B. Rodriguez&#x201a; J. Eason&#x201a; J.P. Whiteley&#x201a; N.A. Trayanova and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Biophysical Journal</em>.
        
            Vol. 90.
        
                Pages 2938&#x2013;2945.
            2006.
        </p>
	
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		DOI (10.1529/biophysj.105.076505)
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	<p class="publicationTitle"> <strong>
            Oxygen transport to muscle tissue where regions of low oxygen tension exist </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical and Computer Modelling</em>.
        
            Vol. 42.
        
                Pages 1113&#x2013;1122.
            2005.
        </p>
	
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		DOI (10.1016/j.mcm.2004.09.009)
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	<p class="publicationTitle"> <strong>
            The solution of inverse non&#x2013;linear elasticity problems that arise when locating breast tumours </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Medicine</em>.
        
            Vol. 6.
        
                Pages 143&#x2013;149.
            2005.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Predicting tumour location by simulating large deformations of the breast using a 3D finite element model and nonlinear elasticity </strong> </p>
	    <p class="publicationAuthors"> <em> P. Pathmanathan&#x201a; D.J. Gavaghan&#x201a; J.P. Whiteley&#x201a; J.M. Brady&#x201a; M.P. Nash&#x201a; P.F. Nielsen and V. Rajagopal  </em> </p>
	
	<p class="publicationDetails"> 
            In  
            <em>
            Proceedings of MICCAI 2004</em>.
        
            Vol. 3217
                of Lecture Notes in Computer Science.
        
                Pages 217&#x2013;224.
            2004.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Periodic breathing induced by arterial oxygen partial pressure oscillations </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 20.
        
                Pages 205&#x2013;224.
            2003.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Mathematical modelling of pulmonary gas transport </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Mathematical Biology</em>.
        
            Vol. 47.
        
                Pages 79&#x2013;99.
            2003.
        </p>
	
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            		href="/publications/publication1927-abstract.html">
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	<p class="publicationTitle"> <strong>
            The effect of diffusion in the respiratory tree on the alveolar amplitude response technique (AART) </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Respiratory Physiology & Neurobiology</em>.
        
            Vol. 137.
        
                Pages 81&#x2013;96.
            2003.
        </p>
	
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		DOI (10.1016/S1569-9048(03)00124-1)
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	<p class="publicationTitle"> <strong>
            Efficient computations of gas transport in the respiratory tree </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Medicine and Biology</em>.
        
            Vol. 20.
        
                Pages 91&#x2013;104.
            2003.
        </p>
	
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	<p class="publicationTitle"> <strong>
            A tidal ventilation model for oxygenation in respiratory failure </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; A.D. Farmery&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Respiratory Physiology & Neurobiology</em>.
        
            Vol. 136.
        
                Pages 77&#x2013;88.
            2003.
        </p>
	
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	<p class="publicationTitle"> <strong>
            The effects of ventilation pattern on carbon dioxide transfer in three computer models of the airways </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; M.J. Turner&#x201a; A.B. Baker&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Respiratory Physiology & Neurobiology</em>.
        
            Vol. 131.
        
                Pages 269&#x2013;284.
            2002.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Mathematical modelling of oxygen transport to tissue </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Mathematical Biology</em>.
        
            Vol. 44.
        
                Pages 503&#x2013;522.
            2002.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Variation of venous admixture&#x201a; SF<span style="font-family: serif"><sub style="font-style: normal">6</sub></span> shunt&#x201a; P<span style="font-size: small">a</span><span style="font-family: serif"><sub style="font-style: normal">O<sub style="font-style: normal">2</sub></sub></span>&#x201a; and the P<span style="font-size: small">a</span><span style="font-family: serif"><sub style="font-style: normal">O<sub style="font-style: normal">2</sub>/</sub></span>F<span style="font-size: small">I</span><span style="font-family: serif"><sub style="font-style: normal">O<sub style="font-style: normal">2</sub></sub></span> ratio with F<span style="font-size: small">I</span><span style="font-family: serif"><sub style="font-style: normal">O<sub style="font-style: normal">2</sub></sub></span> </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>British Journal of Anaesthesia</em>.
        
            Vol. 88.
        
                Pages 771&#x2013;778.
            2002.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Some factors affecting oxygen uptake by red blood cells in the pulmonary capillaries </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Mathematical Biosciences</em>.
        
            Vol. 169.
        
                Pages 153&#x2013;172.
            2001.
        </p>
	
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	<p class="publicationTitle"> <strong>
            Modelling inert gas exchange in tissue and mixed&#x2013;venous blood return to the lungs </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 209.
        
                Pages 431&#x2013;443.
            2001.
        </p>
	
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            		href="/publications/publication1923-abstract.html">
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		DOI (10.1006/jtbi.2001.2278)
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	<p class="publicationTitle"> <strong>
            A mathematical model of electron transfer within the mitochondrial respiratory cytochromes </strong> </p>
	    <p class="publicationAuthors"> <em> A.D. Farmery and J.P. Whiteley  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 213.
        
                Pages 197&#x2013;207.
            2001.
        </p>
	
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	<p class="publicationTitle"> <strong>
            A tidal breathing model of the inert gas sinewave technique for inhomogeneous lungs </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Respiration Physiology</em>.
        
            Vol. 124.
        
                Pages 65&#x2013;83.
            2000.
        </p>
	
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	<p class="publicationTitle"> <strong>
            The effect of inspired oxygen concentration on the ventilation&#x2013;perfusion distribution in inhomogeneous lungs </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 204.
        
                Pages 575&#x2013;585.
            2000.
        </p>
	
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			 | <a
		href="http://dx.doi.org/10.1006/jtbi.2000.2036">
		DOI (10.1006/jtbi.2000.2036)
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	<p class="publicationTitle"> <strong>
            Discovering the structure of partial differential equations from example behavior </strong> </p>
	    <p class="publicationAuthors"> <em> L. Todorovski&#x201a; S. Dzeroski&#x201a; A. Srinivasan&#x201a; J.P. Whiteley and D.J. Gavaghan  </em> </p>
	
	<p class="publicationDetails"> 
            In  
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            Proceedings of the International Conference on Machine Learning&#x201a; Stanford&#x201a; USA</em>.
        
                Pages 991&#x2013;998.
            2000.
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            		href="/publications/publication1938-abstract.html">
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	<p class="publicationTitle"> <strong>
            The effect of the width of the ventilation&#x2013;perfusion distribution on arterial blood oxygen content </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
            Vol. 201.
        
                Pages 271&#x2013;279.
            1999.
        </p>
	
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	<p class="publicationTitle"> <strong>
            A tidal breathing model for the multiple inert gas elimination technique </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Applied Physiology</em>.
        
            Vol. 87.
        
                Pages 161&#x2013;169.
            1999.
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            Pulmonary blood flow measured by inspiratory inert gas concentration forcing oscillations </strong> </p>
	    <p class="publicationAuthors"> <em> E.M. Williams&#x201a; M.C. Sainsbury&#x201a; L. Sutton&#x201a; L. Xiong&#x201a; A.M.S. Black&#x201a; J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Respiration Physiology</em>.
        
            Vol. 113.
        
                Pages 47&#x2013;56.
            1998.
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	<p class="publicationTitle"> <strong>
            A mathematical evaluation of the multiple breath nitrogen washout (MBNW) technique and the multiple inert gas elimination technique (MIGET) </strong> </p>
	    <p class="publicationAuthors"> <em> J.P. Whiteley&#x201a; D.J. Gavaghan and C.E.W. Hahn  </em> </p>
	
	<p class="publicationDetails"> 
        In <em>Journal of Theoretical Biology</em>.
        
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                Pages 517&#x2013;539.
            1998.
        </p>
	
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