Vamshi Mekala

Development of a Python script for Abaqus CAE Automatic identification and adaptation for better computational effort. Development of a workflow to reduce the computational effort of a 3D FE simulation to predict the wear and life of a circular saw blade. Several 2D profiles are created from the 3D geometry to perform the explicit 2D FE simulations. Optimization of the entire mesh of 2D profiles. All tasks are performed by developing a set of Python scripts for implementation in Abaqus CAE.

Entwurf und Modellierung eines Rollenkäfigs eines ATVs, Übungen zu statischen, dynamischen, thermischen, Ermüdungs- und transienten FE Simulationen. Design and modelling of a roller cage of an ATV, training in static, dynamic, thermal, fatigue and transient FE simulations.

Schwerpunkte: Lineare, Nicht – Lineare, Gekoppelte – Finite Elemente Methoden, Strukturdynamik, Analyse von Strukturen, Thermodynamik von Werkstoffe, Kontinuumsmechanik. Main focus: Linear, Non – Linear, Coupled – Finite Element Methods, Structural Dynamics, Analysis of Structures, Thermodynamics of materials.

Schwerpunkte: Finite-Element-Methoden, Festkörpermechanik, Thermodynamik, Wärmeübertragung, Kinematik von Maschinen, Maschinendynamik, Kältetechnik und Klimatisierung, Produktionstechnik, Strömungsdynamik. Main focus: Finite Element Methods, Mechanics of solids, Thermodynamics, Heat transfer, Kinematics of machinery, Dynamics of machinery, Refrigeration and Air conditioning, Production technology, Fluid dynamics.