Faculty

Institution

Unit

Venue

Georg Pingen

Professor of Engineering Director The HUB

Union University

Affiliations

Academics

Georg Pingen is currently serving as an Academics Professor of Engineering Director The HUB at Union University.

Honors

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Experiences

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Education

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Georg Pingen

Union University

Professor of Engineering Director The HUB

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topology optimization engineering applied mathematics engineering optimization design optimization fluid mechanics lattice boltzmann method structural engineering structural optimization systems engineering computer science mathematical optimization thermal engineering multidisciplinary optimization shape optimization flow domains optimal design computational engineering microfluidics fluid dynamics engineering education assistive technology numerical simulations computational optimization unsteady flows thermal modeling thermal transport mesenchymal stem cells cell culture generalized shape optimization flexible micro-fluidic devices multi-component flows fluid domains heat sinks thermal topology optimization fluid problems fluidic systems transient flow lattice boltzmann equations immersed boundary method assistive technology projects optimal layout design humanitarian engineering computational fluid mechanics scientific computing numerical analysis mechanical engineering isogeometric analysis engineering design optimization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Going Deeper in Engineering K-12 Outreach: Assistive Technology Projects. (2024)

Georg PingenBetsy Pingen

assistive technology projectsengineering educationengineeringassistive technology

Rapid Prototyping of Perfusion Cell Culture Devices for Three-Dimensional Imaging of Mesenchymal Stem Cell Deposition and Proliferation. Heliyon (2024)

Taylor E. ScottTim BoccarossaDavid FlorianMelissa A. FischerSun H. PeckMichael R. SavonaGeorg PingenScott A. Guelcher

three-dimensional imagingbiomedical engineeringcell culturemesenchymal stem cellsstem cells

An Immersed Boundary Method for Fluids Using the Xfem and the Hydrodynamic Boltzmann Transport Equation. Computer Methods in Applied Mechanics and Engineering (2014)

David MakhijaGeorg PingenKurt Maute

immersed boundary methodfluid mechanicsengineeringapplied mathematics

Multi-Layer, Pseudo 3D Thermal Topology Optimization of Heat Sinks. (2012)

Caroline McConnellGeorg Pingen

computational optimizationdesign optimizationengineering optimizationheat sinksthermal engineeringthermal modelingtopology optimizationnumerical simulationsthermal topology optimizationengineering

Topology Optimization of Multi-Component Flows Using a Multi-Relaxation Time Lattice Boltzmann Method. Computers & Fluids (2012)

David MakhijaGeorg PingenRonggui YangKurt Maute

systems engineeringtopology optimizationfluid mechanicsmulti-component flowsengineering

Lattice Boltzmann Topology Optimization for Transient Flow. (2011)

Andrew KirkSebastian KreisslGeorg PingenKurt Maute

engineering optimizationmathematical optimizationtopology optimizationfluid mechanicsengineeringtransient flow

Topology Optimization for Unsteady Flow. International Journal for Numerical Methods in Engineering (2011)

Sebastian KreisslGeorg PingenKurt Maute

engineering optimizationunsteady flowscomputational engineeringtopology optimizationapplied mathematicsengineering

Optimal Layout Design for Unsteady Flows. 13th AIAA/ISSMO Multidisciplinary Analysis Optimization Conference (2010)

Sebastian KreisslGeorg PingenKurt Maute

engineering optimizationdesign optimizationmultidisciplinary optimizationoptimal layout designapplied mathematics

Topology Optimization of Flexible Micro-Fluidic Devices. Structural and Multidisciplinary Optimization (2010)

Sebastian KreisslGeorg PingenAnton EvgrafovKurt Maute

structural engineeringengineering optimizationmultidisciplinary optimizationstructural optimizationtopology optimizationflexible micro-fluidic devicesengineeringmicrofluidics

An Explicit Level Set Approach for Generalized Shape Optimization of Fluids With the Lattice Boltzmann Method. International Journal for Numerical Methods in Fluids (2009)

Sebastian KreisslGeorg PingenKurt Maute

lattice boltzmann methodfluid mechanicsapplied mathematicsgeneralized shape optimizationshape optimization

1
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10 / page

Georg Pingen

Professor of Engineering Director The HUB

Union University

Affiliations

Academics

Georg Pingen is currently serving as an Academics Professor of Engineering Director The HUB at Union 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

Georg Pingen

Union University

Professor of Engineering Director The HUB

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Going Deeper in Engineering K-12 Outreach: Assistive Technology Projects. (2024)

Georg PingenBetsy Pingen

assistive technology projectsengineering educationengineeringassistive technology

Rapid Prototyping of Perfusion Cell Culture Devices for Three-Dimensional Imaging of Mesenchymal Stem Cell Deposition and Proliferation. Heliyon (2024)

Taylor E. ScottTim BoccarossaDavid FlorianMelissa A. FischerSun H. PeckMichael R. SavonaGeorg PingenScott A. Guelcher

three-dimensional imagingbiomedical engineeringcell culturemesenchymal stem cellsstem cells

An Immersed Boundary Method for Fluids Using the Xfem and the Hydrodynamic Boltzmann Transport Equation. Computer Methods in Applied Mechanics and Engineering (2014)

David MakhijaGeorg PingenKurt Maute

immersed boundary methodfluid mechanicsengineeringapplied mathematics

Multi-Layer, Pseudo 3D Thermal Topology Optimization of Heat Sinks. (2012)

Caroline McConnellGeorg Pingen

computational optimizationdesign optimizationengineering optimizationheat sinksthermal engineeringthermal modelingtopology optimizationnumerical simulationsthermal topology optimizationengineering

Topology Optimization of Multi-Component Flows Using a Multi-Relaxation Time Lattice Boltzmann Method. Computers & Fluids (2012)

David MakhijaGeorg PingenRonggui YangKurt Maute

systems engineeringtopology optimizationfluid mechanicsmulti-component flowsengineering

Lattice Boltzmann Topology Optimization for Transient Flow. (2011)

Andrew KirkSebastian KreisslGeorg PingenKurt Maute

engineering optimizationmathematical optimizationtopology optimizationfluid mechanicsengineeringtransient flow

Topology Optimization for Unsteady Flow. International Journal for Numerical Methods in Engineering (2011)

Sebastian KreisslGeorg PingenKurt Maute

engineering optimizationunsteady flowscomputational engineeringtopology optimizationapplied mathematicsengineering

Optimal Layout Design for Unsteady Flows. 13th AIAA/ISSMO Multidisciplinary Analysis Optimization Conference (2010)

Sebastian KreisslGeorg PingenKurt Maute

engineering optimizationdesign optimizationmultidisciplinary optimizationoptimal layout designapplied mathematics

Topology Optimization of Flexible Micro-Fluidic Devices. Structural and Multidisciplinary Optimization (2010)

Sebastian KreisslGeorg PingenAnton EvgrafovKurt Maute

structural engineeringengineering optimizationmultidisciplinary optimizationstructural optimizationtopology optimizationflexible micro-fluidic devicesengineeringmicrofluidics

An Explicit Level Set Approach for Generalized Shape Optimization of Fluids With the Lattice Boltzmann Method. International Journal for Numerical Methods in Fluids (2009)

Sebastian KreisslGeorg PingenKurt Maute

lattice boltzmann methodfluid mechanicsapplied mathematicsgeneralized shape optimizationshape optimization

1
2
10 / page

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Institution

University of Utah

applied mathematical modelling

engineering optimization

Mayuresh Patil

Institution

Virginia Tech

multifunctional materials

multiscale problems

Bo Zhu

Institution

Dartmouth College

engineering

computational infrastructure

Krishnan Suresh

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engineering optimization

topology optimization

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design optimization

parallel processing

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engineering optimization

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design

industrial design

Leifur Leifsson

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aerospace

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Texas A&M University

multiphysics problem

scientific computing

Andres Tovar

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topology optimization

industrial design