CSC-funded research projects
Theory and practical algorithms for NURBS Surface/Surface Intersection (SSI) in industrial software
Duration
09/2024 - 09/2028
Candidate
Linlin Li
Multi-sided parameterization method with hierarchical refinement for Isogeometric Analysis and its application in twin-screw rotary compressors
Duration
10/2022 - 10/2024
Candidate
Mengyun Wang
PDE-based parameterization method in Isogeometric Analysis and its application in twin-screw rotary compressors
Rotary-type positive displacement machines (PDMs) are widely used in industry to produce high-pressure air and gases. A recent trend is screw compressors with variable pitch and/or variable rotor profiles, which enable such performance improvements. The core idea is to vary the pitch angle and/or the rotor profile from the inlet to the outlet either in discrete segments or continuously. The goal of this two-years project is to develop volumetric parametrization methods for twin-screw rotary compressors using Isogeometric Analysis.
Duration
09/2021 - 09/2023
Candidate
Ji Ye
Numerical Simulation of Surface-Piercing Propellers by SPH/FEM methods
Duration
09/2014 - 09/2018
Candidate
Xu Fei
Selected contributions
- Ye Ji, Matthias Möller, Yingying Yu, and Chungang Zhu. Boundary parameter matching for isogeometric analysis using Schwarz-Christoffel mapping. Engineering with Computers, July 2024. [ DOI | http ]
- Ye Ji, Kewang Chen, Matthias Möller, and Cornelis Vuik. On an improved PDE-based elliptic parameterization method for isogeometric analysis using preconditioned Anderson acceleration. Computer Aided Geometric Design, 102:102191, 2023. [ DOI ]
- Ye Ji and Matthias Möller. Mesh Generation for Twin-Screw Compressors by Spline-Based Parameterization Using Preconditioned Anderson Acceleration, pages 77--87. Springer Nature Switzerland, 2024. [ DOI | http ]
- Ye Ji and Matthias Möller. Mesh Generation for Twin-Screw Compressors by Spline-Based Parameterization Using Preconditioned Anderson Acceleration, pages 77--87. Springer Nature Switzerland, 2024. [ DOI | http ]