Genbo Chen

Master's Thesis Topic: Modelization of Blind Rivet Connection Techniques for Battery Product Applications -- Investigations Regarding Global and Sub Model Research Task: 1) Blind rivet lap shear and T-peel tests 2) CAD modeling with CATIA 5 and FEM analysis with Abaqus Standard & Explicit.

•Research Area: Simulation of 3D printing and the • 3D printing rules. •Research Topic: A good print starts with a well-designed model that is optimized for 3D printing. The aim of the project that is to simulate the 3D models in ANSYS and find out the limitation of maximum or minimum thickness and angles of well-designed models of 3D printing.

•Working Area: Project management, Test of electrical motor, Logistics planning, Calculation and Analysis. •Working Task: The project is in collaboration with Once Top Motor (China) and Continental AG (Brazil). The project describes one kind stepper motor from fabrication to manufacture production. Our team is to analysis the B-samples and the C-samples performance and improve the design to reach the specification.

•Research Areas: 3D printing, Analysis, Nozzle Design and flow simulation, CFD, FEA. •Research Topic: The project is in collaboration with LAM Research, Austria. The project describes CFD simulation study of the nozzle and so as to optimize the design criteria and parameters to suit all the desired characteristics. Simulating CFD in Blennder and FEM in ANSYS. Printing the designed nozzle model with 3D printer.

Core Courses: Light metals, Methods of Material Selection, Manufacturing,Simulation of Lightweight Structures, Lightweight Design, Simulation of Structural Vibrations, Joining technology for light weight structures, Fracture mechanics and amp operational stability.

Core Courses: Mechanical engineering, Simulation, Technical physics, Numerical methods, Electrical engineering, Mathematics and Control engineering.