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Research Areas
ACES adopts a continuous and dedicated effort in advancing engineering computations, engaging vigorously in many research areas. Some of these researches are listed below.
For more information, click on the respective title links.
1.
Computational Inverse Technologies for Detection of Cracks and Flaws [ more ]
2.
Computational Simulation of Flip-Chip Underfill Encapsulation Process [ more ]
3.
Computational Inverse Technologies for Material Characterization of FGMs [ more ]
4.
MEMS and Microdevice Modelling
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Part
1 : Model Reduction [ more ]
Part 2 : Modelling and Analysis of Micromotors [ more ]
5.
Smoothed Particle Hydrodynamics (SPH) and its Applications [ more ]
6.
A Relay Model for Meshless Approximations in Domains with Irregular Boundaries [ more ]
7.
An Adaptive Procedure for Meshless Methods [ more ]
8.
Meshless Method for Nonlinear Materials [ more ]
9.
High Performance Computational Technologies for Wave Propagation in Anisotropic Media [ more ]
10.
Artificial Neural Networks for Detection of Cracks and Flaws [ more ]
11.
Advanced Phase Transition [ more ]
12.
Automatic Solid Decomposition and Reduction for Non-manifold Geometric Model Generation [ more ]
13.
New Grid-based Finite Element Mesh Generation ALgorithems for Non-Manifold Geometric Models [ more ]