Faculty

Institution

Unit

Venue

Marek Behr

Adjunct Professor

Rice University

Affiliations

George R. Brown School of Engineering

Chemical and Biomolecular Engineering

Marek Behr is currently serving as a Chemical And Biomolecular Engineering Adjunct Professor at Rice University.

Honors

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Experiences

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Education

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Marek Behr

Rice University

Adjunct Professor

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engineering applied mathematics mechanical engineering fluid dynamics computational mechanics fluid mechanics finite element methods biomedical engineering numerical analysis aerodynamics numerical simulations aeronautics fluid-structure interaction shape optimization hypersonic speed biomedical modeling parallel computing mechanical circulatory support simplex space-time meshes stability respiratory medicine thermal engineering in-stent restenosis applied physiology ventricular assist devices vascular biology compressible flows hemostasis aerospace technology free-surface flows biophysical modeling numerical computation blood flow sidewall compression colloidal aggregates computer-aided design circulatory physiology artificial organs computational medicine turbulence modeling angiology computed flow field tensor-based measure viscoelastic fluids centrifugal blood pump vorticity-streamfunction formulation transition effects finite element computations artificial grafts two-phase flow simulations high-definition simulation interface science computational optimization aircraft design automation numerical algorithms colloid chemistry organ physiology multimodal transport medical biophysics simulation methodology orthopedic biomechanics thermal modeling numerical stability automatic differentiation computational biophysics elasticity (physics) automated machine learning automated manufacturing stability analysis numerical method for partial differential equation massively-parallel computing

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Continuum Chemo‐Mechano‐Biological Model for in‐Stent Restenosis With Consideration of Hemodynamic Effects. GAMM-Mitteilungen (2024)

Kiran ManjunathaAnna RannoJianye ShiNicole SchaapsPakhwan NilchamAnne CornelissenFelix VogtMarek BehrStefanie Reese

biological engineeringbiophysicsin-stent restenosiscontinuum chemo-mechano-biological modelhemodynamic effectsmechanobiologybiomedical modeling

A Model Hierarchy for Predicting the Flow in Stirred Tanks With Physics-Informed Neural Networks. Advances in Computational Science and Engineering (2024)

Veronika TrávníkováDaniel WolffNico DirkesStefanie ElgetiEric von LieresMarek Behr

computational engineeringcomputer sciencesystems engineeringengineeringmodel hierarchyphysics-informed neural networksmachine learning

A Physics-Informed Deep Learning Framework for Modeling of Coronary In-Stent Restenosis. Biomechanics and Modeling in Mechanobiology (2024)

Jianye ShiKiran ManjunathaMarek BehrFelix VogtStefanie Reese

biophysicscardiologycoronary in-stent restenosisdeep learningphysiologyengineeringcell biomechanicsmechanobiologymechanical modelingbiomedical modelingbiophysical modelingcerebrovascular diseasemechanicsbiomechanics

In-Silico Analysis of Hemodynamic Indicators in Idealized Stented Coronary Arteries for Varying Stent Indentation. Computer Methods in Biomechanics & Biomedical Engineering (2024)

A. M. RannoK. ManjunathaA. GlitzN. SchaapsS. ReeseF. VogtM. Behr

cardiologyangiologyrespiratory medicinein-silico analysisstent indentationhemodynamic indicatorshealth sciences

In Silico Reproduction of the Pathophysiology of In-Stent Restenosis. arXiv (Cornell University) (2024)

Manjunatha, KiranRanno, AnnaShi, JianyeSchaaps, NicoleNilcham, PakhwanCornelissen, AnneVogt, FelixBehr, MarekReese, Stefanie

cardiovascular diseasevascular biologypathologyin-stent restenosissilico reproductionrespiratory medicinepharmacologyurology

Multiphase Flow Simulation of Blow-by and Fuel-In-Oil Dilution via the Piston Ring Pack Using the Cfd Level-Set Method. arXiv (Cornell University) (2024)

Antony, PatrickHosters, NorbertBehr, MarekHopf, AnselmKrämer, FrankWeber, CarstenTurner, Paul

thermal engineeringmultiphase flow simulationfuel-in-oil dilutionmultiphase flowsfluid dynamicscfd level-set methodapplied mathematics

Computational Modeling of In-Stent Restenosis: Pharmacokinetic and Pharmacodynamic Evaluation. Computers in Biology and Medicine (2023)

Kiran ManjunathaNicole SchaapsMarek BehrFelix VogtStefanie Reese

computer sciencein-stent restenosiscomputational biologycomputational medicinecomputational modelingpharmacokineticspharmacodynamic evaluationpharmacology

High-Definition Simulation of Packed-Bed Liquid Chromatography. Computers & Chemical Engineering (2023)

Jayghosh Subodh RaoAndreas PüttmannSiarhei KhirevichUlrich TallarekChristophe GeuzaineMarek BehrEric von Lieres

computational engineeringcomputer sciencehigh-definition simulationchemical engineeringpacked-bed liquid chromatographyengineeringliquid chromatography

High‐Resolution Numerical Simulations of Polymer Injection Molding: Analysis of Mesh Size and Refinement. PAMM (2023)

Blanca Ferrer‐FabónJonathan AlmsMarek BehrChristian Hopmann

computational mechanicsmechanical engineeringpolymer injection moldingmesh sizehigh-resolution numerical simulationsapplied mathematicsmaterials science

In-Vivo Assessment of Vascular Injury for the Prediction of In-Stent Restenosis. International Journal of Cardiology (2023)

Anne CornelissenRoberta Andreea FlorescuStefanie ReeseMarek BehrAnna RannoKiran ManjunathaNicole SchaapsChristian BöhmElisa Anamaria LiehnLiguo ZhaoPakhwan NilchamAndrea MilziJörg SchröderFelix Jan Vogt

in-stent restenosiscardiologyin-vivo assessmentvascular injuryhealth sciences

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Marek Behr

Adjunct Professor

Rice University

Affiliations

George R. Brown School of Engineering

Chemical and Biomolecular Engineering

Marek Behr is currently serving as a Chemical And Biomolecular Engineering Adjunct Professor at Rice University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Marek Behr

Rice University

Adjunct Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Continuum Chemo‐Mechano‐Biological Model for in‐Stent Restenosis With Consideration of Hemodynamic Effects. GAMM-Mitteilungen (2024)

Kiran ManjunathaAnna RannoJianye ShiNicole SchaapsPakhwan NilchamAnne CornelissenFelix VogtMarek BehrStefanie Reese

biological engineeringbiophysicsin-stent restenosiscontinuum chemo-mechano-biological modelhemodynamic effectsmechanobiologybiomedical modeling

A Model Hierarchy for Predicting the Flow in Stirred Tanks With Physics-Informed Neural Networks. Advances in Computational Science and Engineering (2024)

Veronika TrávníkováDaniel WolffNico DirkesStefanie ElgetiEric von LieresMarek Behr

computational engineeringcomputer sciencesystems engineeringengineeringmodel hierarchyphysics-informed neural networksmachine learning

A Physics-Informed Deep Learning Framework for Modeling of Coronary In-Stent Restenosis. Biomechanics and Modeling in Mechanobiology (2024)

Jianye ShiKiran ManjunathaMarek BehrFelix VogtStefanie Reese

In-Silico Analysis of Hemodynamic Indicators in Idealized Stented Coronary Arteries for Varying Stent Indentation. Computer Methods in Biomechanics & Biomedical Engineering (2024)

A. M. RannoK. ManjunathaA. GlitzN. SchaapsS. ReeseF. VogtM. Behr

cardiologyangiologyrespiratory medicinein-silico analysisstent indentationhemodynamic indicatorshealth sciences

In Silico Reproduction of the Pathophysiology of In-Stent Restenosis. arXiv (Cornell University) (2024)

Manjunatha, KiranRanno, AnnaShi, JianyeSchaaps, NicoleNilcham, PakhwanCornelissen, AnneVogt, FelixBehr, MarekReese, Stefanie

cardiovascular diseasevascular biologypathologyin-stent restenosissilico reproductionrespiratory medicinepharmacologyurology

Multiphase Flow Simulation of Blow-by and Fuel-In-Oil Dilution via the Piston Ring Pack Using the Cfd Level-Set Method. arXiv (Cornell University) (2024)

Antony, PatrickHosters, NorbertBehr, MarekHopf, AnselmKrämer, FrankWeber, CarstenTurner, Paul

thermal engineeringmultiphase flow simulationfuel-in-oil dilutionmultiphase flowsfluid dynamicscfd level-set methodapplied mathematics

Computational Modeling of In-Stent Restenosis: Pharmacokinetic and Pharmacodynamic Evaluation. Computers in Biology and Medicine (2023)

Kiran ManjunathaNicole SchaapsMarek BehrFelix VogtStefanie Reese

computer sciencein-stent restenosiscomputational biologycomputational medicinecomputational modelingpharmacokineticspharmacodynamic evaluationpharmacology

High-Definition Simulation of Packed-Bed Liquid Chromatography. Computers & Chemical Engineering (2023)

Jayghosh Subodh RaoAndreas PüttmannSiarhei KhirevichUlrich TallarekChristophe GeuzaineMarek BehrEric von Lieres

computational engineeringcomputer sciencehigh-definition simulationchemical engineeringpacked-bed liquid chromatographyengineeringliquid chromatography

High‐Resolution Numerical Simulations of Polymer Injection Molding: Analysis of Mesh Size and Refinement. PAMM (2023)

Blanca Ferrer‐FabónJonathan AlmsMarek BehrChristian Hopmann

computational mechanicsmechanical engineeringpolymer injection moldingmesh sizehigh-resolution numerical simulationsapplied mathematicsmaterials science

In-Vivo Assessment of Vascular Injury for the Prediction of In-Stent Restenosis. International Journal of Cardiology (2023)

in-stent restenosiscardiologyin-vivo assessmentvascular injuryhealth sciences

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fluid-structure interaction

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Institution

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