Advanced CAE Simulation and Experimental Test Solutions
SDCAE lab. has been providing advanced CAE analyses and engineering verification solutions.
Our director's long-time special R&D experiences
- In-house code development experiences for computational aeroelasticity, FSI, and FIV.
- CAE analysis and evaluation experiences for various mechanical systems
- Renewable energy system reseach.
- Development of experimental tests and real-time measurements system
Major R&D Fields:
- Advanced stuructural dynamics and multi-body dynamics (MBD)*
- Multi-physics (multidisciplinary) coupling analysis (CFD+FEM+CSD+MBD)*
- Computational aeroelastic analyses for airplane and helicopter (using FSIPRO2D and FSIPRO3D)**
- Virtual flight load and flutter test simulation methodolgy considering aeroelastic vibration
- Computational aero-acoustic analysis considering aeroelastic vibration effect
- Hydrodynamics and multi-body dynamics coupling analysis (floating offshore platform)
- Fluid-structure interaction (FSI) analysis and flow-induced vibration (FIV) analysis
- Dynamic finite element model updating methodology based on the vibration test
- Developments of in-house codes for coupled CAE analysis
- Steel and concrete floating offshore plaform design and development*
- Floating offshore wind turbine (FOWT) design and development*
- Airborne wind turbine (AWT) design and development including FSI analysis methodology
- Advanced load analyses of wind (on shore and offshore), airborne, and current turbines*
- Load and stability analyses of ground effect vehicle (GEV) and wind-in-ground-effect (WIG)
- Ultra light hybrid sructure design, analysis, and manufacturing using 3D Printer and CC materials
- Real-time test and measurement based on a telemety system (using NI Labview)
- Operating large wind tunnel testing center (size: 8mx8mx30m, max Speed = 45 m/s)*
- Structural mock-up manufacturing service using a large 3D printer (Fortus 900mc)