Faculty

Institution

Unit

Venue

Danesh Tafti

William S Cross Professor Professor

Virginia Tech

Affiliations

College of Engineering

Biomedical Engineering and Mechanics

Mechanical Engineering

Danesh Tafti is currently serving as a Biomedical Engineering And Mechanics William S Cross Professor Professor at Virginia Tech.

Honors

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Experiences

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Education

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Danesh Tafti

Virginia Tech

William S Cross Professor Professor

You can click a keyword to filter the displayed items

heat transfer applied physics thermal engineering fluid dynamics mechanical engineering engineering fluid mechanics materials science aerodynamics large eddy simulation numerical simulations particle technology aeronautics modeling and simulation turbomachinery avian biology parallel computing computational fluid dynamics turbulence modeling fluid flow thermal modeling machine learning unsteady flows ribbed duct internal cooling large-eddy simulations scientific computing convective heat transfer heat transfer enhancement large eddy simulations low reynolds numbers materials engineering immersed boundary method insect science boundary layers internal cooling duct turbine blades centrifugal buoyancy forces animal behavior thrombosis openmp depositional process aerospace technology heat exchangers turbulent flow heat transfer suspension structure hydraulic engineering blunt plate edge film cooling ellipsoidal particles coriolis forces synthetic inlet turbulence sand transport mechanical science animal science marine engineering numerical mathematics heat transfer process powder metallurgy fragmentation effect high performance computing energy engineering thermal transport additive manufacturing heat mass transfer high-rate loading structural performance channel modeling numerical experiment foundation engineering fluid machinery bioengineering model orthopedic biomechanics colloidal systems colloidal materials parallel implementation aerospace engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Alternate Method for Resolving Particle Collisions in Prs of Freely Evolving Particle Suspensions Using Ibm. International Journal of Multiphase Flow (2024)

Ze CaoDanesh K. Tafti

particle suspensionsparticle collisionsalternate methodmultiphase flowsapplied physics

Comparative Study of Future State Predictions of Unsteady Multiphase Flows Using Dmd and Deep Learning. Lecture notes in mechanical engineering (2024)

Neil Ashwin RajDanesh TaftiNikhil MuralidharAnuj Karpatne

comparative studyfuture state predictionsmechanical engineeringdeep learningengineering

Development of a Xgboost-Based Drag Force Model for Freely Evolving Particle Suspensions. Powder Technology (2024)

Ze CaoDanesh K. Tafti

technologyfrictionsuspension structurecontinuum modelingparticle suspensionsmechanical engineeringfluid dynamicsmechanicstransport phenomenaaerodynamicsparticle-laden flowscomputational fluid dynamicsparticle methodsparticle technologynumerical simulationsfluid mechanicsaerospace engineeringactive control

Effect of Instantaneous Local Solid Volume Fraction on Hydrodynamic Forces in Freely Evolving Particle Suspensions. Powder Technology (2024)

Ze CaoDanesh K. Tafti

particle suspensionsfluid dynamicshydrodynamic forcesparticle technologyfluid mechanicsapplied physics

Elastic-Plastic Collision Mechanism of Micron-Sized Particle Impacting Rough Surfaces. Powder Technology (2024)

Kuahuai YuChuqi PengLiwei ShangDanesh Tafti

materials sciencesurface sciencemicron-sized particleimpact (mechanics)rough surfacesparticle technologyelastic-plastic collision mechanismapplied physics

Implementation of the Accurate Conservative Phase Field Method for Two-Phase Incompressible Flows in a Finite Volume Framework. Lecture notes in mechanical engineering (2024)

Sahaj S. JainDanesh Tafti

mechanical engineeringtwo-phase incompressible flowsfluid mechanicsapplied mathematicsapplied physicsfinite volume framework

Large-Eddy Simulation of a Normal Shock/Turbulent-Boundary-Layer Interaction in a Dual Passage Test Section. (2024)

Peter GioiaDanesh Tafti

large-scale simulationsmechanical engineeringfluid dynamicsdeformationmultiphase flowsaerodynamicsturbulence modelingfluid flowboundary layersboundary element methodsreal-time simulationlarge-eddy simulationmodeling and simulationnumerical simulationsaerospace engineeringshock wavesengineering

Physics Informed Deep Learning for Flow and Force Predictions in Dense Ellipsoidal Particle Suspensions. Powder Technology (2024)

Neil Raj AshwinDanesh TaftiNikhil MuralidharZe Cao

physicsmaterials scienceparticle physicsdeep learningparticle technologyfluid mechanicsapplied physicsforce predictions

Comparison of Reduced Order Models Based on Dynamic Mode Decomposition and Deep Learning for Predicting Chaotic Flow in a Random Arrangement of Cylinders. Physics of Fluids (2023)

Neil Ashwin RajDanesh TaftiNikhil Muralidhar

reduced order modelsfluid dynamicsdynamic mode decompositionrandom arrangementdeep learningchaotic flowapplied physics

Computational Modeling of Red Blood Cell Dynamics Using a Mesoscopic Membrane Model With the Immersed Boundary Method. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2023)

Pooja Vilas BhagawatDanesh K. Tafti

physiologybiophysicsbiomedical engineeringimmersed boundary methodcomputational modelingcomputational biologymesoscopic membrane model

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Danesh Tafti

William S Cross Professor Professor

Virginia Tech

Affiliations

College of Engineering

Biomedical Engineering and Mechanics

Mechanical Engineering

Danesh Tafti is currently serving as a Biomedical Engineering And Mechanics William S Cross Professor Professor at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Danesh Tafti

Virginia Tech

William S Cross Professor Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Alternate Method for Resolving Particle Collisions in Prs of Freely Evolving Particle Suspensions Using Ibm. International Journal of Multiphase Flow (2024)

Ze CaoDanesh K. Tafti

particle suspensionsparticle collisionsalternate methodmultiphase flowsapplied physics

Comparative Study of Future State Predictions of Unsteady Multiphase Flows Using Dmd and Deep Learning. Lecture notes in mechanical engineering (2024)

Neil Ashwin RajDanesh TaftiNikhil MuralidharAnuj Karpatne

comparative studyfuture state predictionsmechanical engineeringdeep learningengineering

Development of a Xgboost-Based Drag Force Model for Freely Evolving Particle Suspensions. Powder Technology (2024)

Ze CaoDanesh K. Tafti

Effect of Instantaneous Local Solid Volume Fraction on Hydrodynamic Forces in Freely Evolving Particle Suspensions. Powder Technology (2024)

Ze CaoDanesh K. Tafti

particle suspensionsfluid dynamicshydrodynamic forcesparticle technologyfluid mechanicsapplied physics

Elastic-Plastic Collision Mechanism of Micron-Sized Particle Impacting Rough Surfaces. Powder Technology (2024)

Kuahuai YuChuqi PengLiwei ShangDanesh Tafti

materials sciencesurface sciencemicron-sized particleimpact (mechanics)rough surfacesparticle technologyelastic-plastic collision mechanismapplied physics

Implementation of the Accurate Conservative Phase Field Method for Two-Phase Incompressible Flows in a Finite Volume Framework. Lecture notes in mechanical engineering (2024)

Sahaj S. JainDanesh Tafti

mechanical engineeringtwo-phase incompressible flowsfluid mechanicsapplied mathematicsapplied physicsfinite volume framework

Large-Eddy Simulation of a Normal Shock/Turbulent-Boundary-Layer Interaction in a Dual Passage Test Section. (2024)

Peter GioiaDanesh Tafti

Physics Informed Deep Learning for Flow and Force Predictions in Dense Ellipsoidal Particle Suspensions. Powder Technology (2024)

Neil Raj AshwinDanesh TaftiNikhil MuralidharZe Cao

physicsmaterials scienceparticle physicsdeep learningparticle technologyfluid mechanicsapplied physicsforce predictions

Comparison of Reduced Order Models Based on Dynamic Mode Decomposition and Deep Learning for Predicting Chaotic Flow in a Random Arrangement of Cylinders. Physics of Fluids (2023)

Neil Ashwin RajDanesh TaftiNikhil Muralidhar

reduced order modelsfluid dynamicsdynamic mode decompositionrandom arrangementdeep learningchaotic flowapplied physics

Computational Modeling of Red Blood Cell Dynamics Using a Mesoscopic Membrane Model With the Immersed Boundary Method. Proceeding of 5-6th Thermal and Fluids Engineering Conference (TFEC) (2023)

Pooja Vilas BhagawatDanesh K. Tafti

physiologybiophysicsbiomedical engineeringimmersed boundary methodcomputational modelingcomputational biologymesoscopic membrane model

1
2
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5
25
10 / page

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Purdue University

big data

big data analysis

Yassin A. Hassan

Institution

Texas A&M University

engineering

nuclear engineering

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Institution

Purdue University

fluid flow

measurement science

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