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Logo: International Research and Training Group IRTG1627/Leibniz Universität Hannover
Logo Leibniz Universität Hannover
Logo: International Research and Training Group IRTG1627/Leibniz Universität Hannover
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Class 3 (2016- 2019)

PersonInstituteProject
Shadi Alameddin

Model Reduction Techniques for Probabilistic High Cycle Fatigue Assessment

Darcy Beurle

A micro-mechanically motivated approach for modelling the oxidative aging process of elastomers

Federico BussolattiMultiscale modeling of fatigue of mooring wire ropes for floating offshore wind turbines
Xuyang ChangMeasurement and multiscale modeling of the thermomechanical behavior of shape memory alloys under multiaxial loading
Renaud FerrierAcceleration of KMF and Stecklov-Poincar´s Indentification Methods
Milad Amin Ghaziani

Isogeometric Multiscale Modeling of Composite Plates and Shells

Philipp Hartmann

3D Design and Control of Additive Manufacturing Processes for Medical Silicone

Illia Hordych

Virtual Design and Manufacturing of Tailored Tubes

Samira Hosseini

Multiscale Modelling of Buckling of Fiber-reinforced Polymers

Ali Hussein

Virtual Elements for Cracks

Sandeep Kumar

High Performance Computing of Stereolithography Process

Stéphane Nachar

Optimization of Structures Based on Adaptive Metamodels and Reduced-Models

Chuong Than Nguyen

Microstructure topology optimization of auxetic materials

Charles PailletAn Extended PGD-Reduced Model Approach in Solid Mechanics for  Large Number of Parameters
Paul-Baptiste
Rubio
Data assimilation using Bayesian inference and PGD model reduction - application to the control of fusion welding processes
Nabeel Safdar

A Combined Asymptotic-multi-scale Approach for Compressive Failure Analysis of Composites

Walid
Tezegdhanti
Model reduction strategy for the propagation of cracks inside a single crystal using a incremental approach
Maxence WangermezTwo scale Non-intrusive simulation of large structures with tomographic details
Hendrik Wester

Numerical and Experimental Investigations for Deep Drawing Roll-clad Plates

Tim Würth

Multiphysics for MEMS

Weiran Zhang

Stochastic Modeling of Fatigue Processes