Computer-Aided Engineering (CAE) Research Lab
Dr. Yijun Liu
Computer-aided engineering (CAE), or computational engineering, utilizes computers to simulate the behaviors (deformations, stresses, fluid flows, vibrations, noises, and so on) of materials or structures to complement the physical testing. These simulations are based on the corresponding mathematical models of the physical problems, which are solved by employing various numerical procedures, such as the finite element method (FEM), boundary element method (BEM), meshfree method or molecular dynamics (MD) at different length and time scales. CAE is being increasingly employed in the analysis and development (virtual prototyping/testing) of many new materials (e.g., advanced composites, biomaterials, and MEMS) and various new products (e.g., cell phones, computers, cars, and airplanes).
The mission of the CAE Research Lab is:
- To conduct sponsored research to advance the CAE technologies as applied in solving challenging problems in engineering.
- To serve the local and global companies in solving their urgent research and development (R&D) problems through projects, training and consulting.
- To train undergraduate and graduate students at the University of Cincinnati so that they will be well prepared in the cutting-edge CAE technologies.
High-end Windows-based PC Workstations
High-end Windows-based PC WorkstationsRequest Information
A Beowulf Cluster of 32 nodes for Large-scale Parallel Computing
A Beowulf cluster of 32 nodes for large-scale parallel computing.Request Information
A SGI Eight-node Graphics Workstation and Virtual Reality (VR) System
A SGI eight-node graphics workstation and virtual reality (VR) system.Request Information
CAD and Meshing: SolidEdge, MSC/Patran, HyperWorks and I-DEAS
CAD and Meshing: SolidEdge, MSC/Patran, HyperWorks and I-DEASRequest Information
FEM/BEM: ANSYS, MSC/NASTRAN, MSC/Dytran, I-DEAS, ALGOR and BEASY
FEM/BEM: ANSYS, MSC/NASTRAN, MSC/Dytran, I-DEAS, ALGOR and BEASYRequest Information