Gary Seidel

Associate Professor

Virginia Tech

United States

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About

Gary Seidel is an Associate Professor at Virginia Tech, located in the United States. His research areas encompass computational micromechanics, nanocomposite materials, and the thermomechanical properties of advanced ceramics. He has contributed significantly to the understanding of carbon nanotube and polymer composites through various numerical investigations and modeling techniques.

Articles (12)

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2025

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2024

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2024

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2023

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2022

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2022

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2022

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2021

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2021

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2021

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2021

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2020

Collaborators (1)

Shengfeng Cheng

Associate Professor

Virginia Tech

UNITED STATES

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Gary Seidel

Research Interests

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Articles (12)

Analytical interaction potential for Lennard-Jones rods

Reduced-order model for multiphysics simulations of CNT/Polymer Composites via principal component regression and artificial neural networks

Damage sensing in multi-functional nanocomposite polymer bonded energetics with embedded multi-walled carbon nanotube sensing networks

Effects of oxidation on the effective thermomechanical properties of porous ultra-high temperature ceramics in compression via computational micromechanics and MPM

Computational Micromechanics Investigation of Percolation and Effective Electro-Mechanical Properties of Carbon Nanotube/Polymer Nanocomposites using Stochastically Generated Realizations: Effects of Orientation and Waviness

Numerical investigation of thermomechanical response of multiscale porous Ultra-High Temperature Ceramics

Numerical Brazilian disk testing of multiscale porous Ultra-High Temperature Ceramics

Enhancement of Mode I fracture toughness properties of epoxy reinforced with graphene nanoplatelets and carbon nanotubes

Investigating the mechanical behavior of multiscale porous ultra-high temperature ceramics using a quasi-static material point method

Piezoresistive detection of simulated hotspots and the effects of low velocity impact at the mesoscale in nanocomposite bonded energetic materials via multiphysics peridynamics modeling

Statistical analysis of effective electro-mechanical properties and percolation behavior of aligned carbon nanotube/polymer nanocomposites via computational micromechanics

Mesoscale strain and damage sensing in nanocomposite bonded energetic materials under low velocity impact with frictional heating via peridynamics

Collaborators (1)

Shengfeng Cheng

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