Design of Microstructured Materials with Customizable Nonlinear Constitutive Laws
The study presents an adaptive computational modeling and topology optimization methodology for the design of microstructured materials...
Design Optimization of Advanced Gas Flow Channels for Proton Exchange Membrane Fuel Cells (PEMFCs)
This study presents a thorough and affordable reduced-order computational multiphysics modeling framework to design advanced flow fields...
Design of Ultra-Efficient, Low Cost, and Manufacturable Fluidic Components
This research presents an adaptive no-slip boundary conditions scheme within the context of topology optimization of incompressible...
Design Optimization Considering Overhang Constraints: Eliminating Support Materials during Additive
This study presents a fast and efficient computational methodology and enables a minimum allowable self-supporting angle and a minimum...
Multiscale Multiphysics Modeling and Design Optimization of all Solid-State Lithium-ion Batteries
This study presents an advanced mathematical framework for modeling, error minimization and topology optimization of lithium-ion...
Design of Multi-Materials with Nonlinear Interface Phenomena (i.e., Cohesion and Frictionless Contac
This study presents a finite element topology optimization framework for the design of two-phase structural systems considering contact...
Finite strain continuum damage model
This is a finite strain damage model for hyperelastic materials. The damage reduction factor is only applied for the isochoric portion of...
Level set - XFEM topology optimization
This is an example of the application of combined the level-set method and the eXtended Finite Element Method (XFEM) for topology...
Finite Strain Solid-Shell Element
This is an example (patch test) for the application of a solid-shell element at a finite strain regime in capturing the nonlinear...