Search Results - "Hill, N.A"

Study of cardiovascular function using a coupled left ventricle and systemic circulation model by Chen, W.W, Gao, H, Luo, X.Y, Hill, N.A

“…Abstract To gain insight into cardio-arterial interactions, a coupled left ventricle-systemic artery (LV-SA) model is developed, that incorporates a…”
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Patellofemoral Joint Kinematics in Individuals with and without Patellofemoral Pain Syndrome by MacIntyre, N.J, Hill, N.A, Fellows, R.A, Ellis, R.E, Wilson, D.R

“…BackgroundPatellofemoral pain syndrome is a prevalent condition in young people. While it is widely believed that abnormal patellar tracking plays a role in…”
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Non-Newtonian Bile Flow in Elastic Cystic Duct: One- and Three-Dimensional Modeling by Li, W.G, Luo, X.Y, Chin, S.B, Hill, N.A, Johnson, A.G, Bird, N.C

“…Bile flow is thought to play an essential role in the pathophysiological genesis of cholelithiasis (gallstone formation) and in gallbladder pain. In this…”
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Magnetic resonance imaging for in vivo assessment of three-dimensional patellar tracking by Fellows, R.A., Hill, N.A., Gill, H.S., MacIntyre, N.J., Harrison, M.M., Ellis, R.E., Wilson, D.R.

“…We have developed a non-invasive measurement technique which can ultimately be used to quantify three-dimensional patellar kinematics of human subjects for a…”
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Mathematical Modelling of the Systemic Circulation: investigating pressure and flow throughout the microcirculation by Vaughan, G.A, Olufsen, M.S, Hill, N.A, Sainsbury, C.A

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The Disparate Effects of Microvascular Rarefaction and Reduced Compliance on Proximal Haemodynamics: Investigation with a Mathematical and Computational Model of the Circulation by Vaughan, G.A, Johnson, M.K, Mark, P.B, Connell, J.M.C, Olufsen, M.S, Hill, N.A, Sainsbury, C.A.R

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P2.25 Mathematical Modelling of the Systemic Circulation: Investigating Pressure and Flow Throughout the Microcirculation by Vaughan, G. A., Olufsen, M. S., Hill, N. A., Sainsbury, C. A.

“…An early pathological process common to many vascular diseases is dysfunction of the small arteries. A variety of mechanisms are implicated including…”
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Numerical simulation of blood flow and pressure drop in the pulmonary arterial and venous circulation by Qureshi, M. Umar, Vaughan, Gareth D. A., Sainsbury, Christopher, Johnson, Martin, Peskin, Charles S., Olufsen, Mette S., Hill, N. A.

“…A novel multiscale mathematical and computational model of the pulmonary circulation is presented and used to analyse both arterial and venous pressure and…”
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P.095 THE DISPARATE EFFECTS OF MICROVASCULAR RAREFACTION AND REDUCED COMPLIANCE ON PROXIMAL HAEMODYNAMICS: INVESTIGATION WITH A MATHEMATICAL AND COMPUTATIONAL MODEL OF THE CIRCULATION by Vaughan, G.A., Johnson, M.K., Mark, P.B., Connell, J.M.C., Olufsen, M.S., Hill, N.A., Sainsbury, C.A.R.

“…The fundamental haemodynamic interaction between large and small vessels is important and poorly understood. We aimed to investigate the effect of…”
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Flow field for a microorganism swimming in a porous medium by Hill, N.A.

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Making the Fortran-to-C transition: how painful is it really? by Theurich, G., Anson, B., Hill, N.A., Hill, A.

“…For over a decade, the Fortran/C controversy has split the scientific computing community into two groups. The article does not give a long list of technical…”
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Dynamic mechanical properties of a computational model of an evolving abdominal aortic aneurysm by Watton, P.N., Hill, N.A.

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Sampling rate effects on measurements of correlated and biased random walks by Codling, E.A., Hill, N.A.

“…When observing the two-dimensional movement of animals or microorganisms, it is usually necessary to impose a fixed sampling rate, so that observations are…”
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A model of intimal hyperplasia & mechanical forces by Goodman, M.E., Hill, N.A., Luo, X.Y.

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Anisotropic behaviour of human gallbladder walls by Li, W.G., Hill, N.A., Ogden, R.W., Smythe, A., Majeed, A.W., Bird, N., Luo, X.Y.

“…Inverse estimation of biomechanical parameters of soft tissues from non-invasive measurements has clinical significance in patient-specific modelling and…”
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A Biased Random Walk Model for the Trajectories of Swimming Micro-organisms by Hill, N.A., Häder, D.-P.

“…The motion of swimming micro-organisms that have a preferred direction of travel, such as single-celled algae moving upwards (gravitaxis) or towards a light…”
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PB.3. Investigating the relationship between microvascular rarefaction and systemic hypertension: a mathematical and computational model of the circulation by Vaughan, G.A, Connell, J.M.C, Johnson, M.K, Olufsen, M.S, Hill, N.A, Sainsbury, C.A.R

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One-dimensional fluid-structure interaction model of human cystic ducts by Li, W.G., Luo, X.Y., Hill, N.A., Johnson, A.G., Bird, N., Chin, S.B.

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Axisymmetric Bioconvection in a Cylinder by GHORAI, S., HILL, N.A.

“…In three-dimensional bioconvection, the regions of rising and sinking fluid are dissimilar. This geometrical effect is studied for axisymmetric bioconvection…”
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Calculating spatial statistics for velocity jump processes with experimentally observed reorientation parameters by Codling, E A, Hill, N A

“…Mathematical modelling of the directed movement of animals, microorganisms and cells is of great relevance in the fields of biology and medicine. Simple…”
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