Faculty

Institution

Unit

Venue

Mark Holmes

Professor

Rensselaer Polytechnic Institute

Affiliations

School of Science

Mathematical Sciences Department

Center for Modeling, Optimization and Computational Analysis

Mark Holmes is currently serving as a Mathematical Sciences Professor at Rensselaer Polytechnic Institute.

Honors

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Experiences

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Education

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Mark Holmes

Rensselaer Polytechnic Institute

Professor

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applied mathematics biomechanics biomedical engineering biophysics mechanics mechanical science hearing research auditory physiology mechanical engineering mechanobiology numerical analysis cartilage nonlinear analysis sound numerical algorithms auditory modeling biomechanical engineering nonlinear acoustics orthopedic biomechanics fluid mechanics scientific computing numerical mathematics nonlinear elasticity elasticity (physics) auditory science orthopaedic research boundary value problems mathematical bioscience rational mechanic continuum mechanics fluid dynamics mechanotransduction perturbation methods human hearing basilar membrane fluid flow compression (physics) sound propagation musculoskeletal tissues hydrodynamic lubrication soft tissue tribology mathematical sciences mechanical modeling physical acoustics diffusion process mechanical deformation constitutive modeling biophysical modeling hydroelasticity continuum modeling neurodynamics singularly perturbed problem geometric singular perturbation theory tympanic membrane spectral theory membrane science soft tissue reconstruction acoustical engineering multiple scale computational paradigm computational infrastructure nonlinear diffusion equation nonlinear model musculoskeletal science fluid transport soft gels connective tissues nonlinear characteristics pacinian corpuscles boundary conditions joint lubrication problems joint lubrication mixture model finite deformation squeeze-film lubrication mechanism sleep-wake cycle physiology mathematical biology physiological regulation mathematical models brain modeling quantitative biology mathematical biophysics biomedical modeling physiological systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data Analysis. Texts in computational science and engineering (2023)

Mark H. Holmes

Eigenvalue Problems. Texts in computational science and engineering (2023)

Mark H. Holmes

Initial Value Problems. Texts in computational science and engineering (2023)

Mark H. Holmes

nonlinear equationsordinary differential equationsboundary value problemsinitial value problemsdifferential equations

Interpolation. Texts in computational science and engineering (2023)

Mark H. Holmes

Introduction to Scientific Computing. Texts in computational science and engineering (2023)

Mark H. Holmes

computational scienceunconventional computingcomputer sciencecomputational infrastructurecomputational mathematicscomputational paradigmscientific computingnumerical algorithms

Introduction to Scientific Computing and Data Analysis. Texts in computational science and engineering (2023)

Mark H. Holmes

computational sciencecomputational infrastructurecomputer analysiscomputational paradigmscientific computingdata scienceanalytics

Matrix Equations. Texts in computational science and engineering (2023)

Mark H. Holmes

Numerical Integration. Texts in computational science and engineering (2023)

Mark H. Holmes

OPTIMIZATION: Descent Methods. Texts in computational science and engineering (2023)

Mark H. Holmes

descent methodsapproximation theorynumerical algorithmsunconstrained optimizationcontinuous optimizationcomputational optimizationapplied mathematicsnumerical analysismathematical optimization

OPTIMIZATION: Regression. Texts in computational science and engineering (2023)

Mark H. Holmes

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Mark Holmes

Professor

Rensselaer Polytechnic Institute

Affiliations

School of Science

Mathematical Sciences Department

Center for Modeling, Optimization and Computational Analysis

Mark Holmes is currently serving as a Mathematical Sciences Professor at Rensselaer Polytechnic Institute.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Holmes

Rensselaer Polytechnic Institute

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data Analysis. Texts in computational science and engineering (2023)

Mark H. Holmes

Eigenvalue Problems. Texts in computational science and engineering (2023)

Mark H. Holmes

Initial Value Problems. Texts in computational science and engineering (2023)

Mark H. Holmes

nonlinear equationsordinary differential equationsboundary value problemsinitial value problemsdifferential equations

Interpolation. Texts in computational science and engineering (2023)

Mark H. Holmes

Introduction to Scientific Computing. Texts in computational science and engineering (2023)

Mark H. Holmes

computational scienceunconventional computingcomputer sciencecomputational infrastructurecomputational mathematicscomputational paradigmscientific computingnumerical algorithms

Introduction to Scientific Computing and Data Analysis. Texts in computational science and engineering (2023)

Mark H. Holmes

computational sciencecomputational infrastructurecomputer analysiscomputational paradigmscientific computingdata scienceanalytics

Matrix Equations. Texts in computational science and engineering (2023)

Mark H. Holmes

Numerical Integration. Texts in computational science and engineering (2023)

Mark H. Holmes

OPTIMIZATION: Descent Methods. Texts in computational science and engineering (2023)

Mark H. Holmes

descent methodsapproximation theorynumerical algorithmsunconstrained optimizationcontinuous optimizationcomputational optimizationapplied mathematicsnumerical analysismathematical optimization

OPTIMIZATION: Regression. Texts in computational science and engineering (2023)

Mark H. Holmes

1
2
3
4
5
10
10 / page

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Similar Faculty Members

David R. Owen

Institution

Carnegie Mellon University

mechanics

continuum mechanic

Giovanni Leoni

Institution

Carnegie Mellon University

numerical mathematics

general systems

Jeffrey Banks

Institution

Rensselaer Polytechnic Institute

numerical method for partial differential equation

semi-implicit method

Robert Pego

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Carnegie Mellon University

mechanics

financial stability

Ralph E. Showalter

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Oregon State University

diffusion process

pore structure

Irene Fonseca

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numerical mathematics

general systems

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mathematical models

vorticity growth

Gangaram S. Ladde

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applied mathematics

stochastic process

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aerospace engineering

fluid dynamics

Paul Barbone

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mechanical engineering

mechanical modeling