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Teaching Dr T. Bechtold

Teaching Dr T. Bechtold

Compact Modeling of MEMS (Winter term 2011/2012)

Compact Modeling Lecture 1

Compact Modeling Lecture 2

Compact Modeling Lecture 3

Compact modeling Lecture 4

Compact Modeling Lecture 5

Compact Modeling Lecture 6

Compact modeling Lecture 7

Guest Lecture Dr. J. Rommes

Guest Lecture Dr. J. Rommes

Guest Lecture Dr. L. Feng

Guest Lecture Dr. G. Schrag

Topology Optimization for MEMS Design (Winter term 2011/2012)

Topology Optimization Lecture 1

Topology Optimization Lecture 2

Topology Optimization Lecture 3

Topology Optimization Lecture 4

Topology Optimization Lecture 5

Topology Optimization Lecture 6

Topology Optimization Lecture 7

Topology Optimization Lecture 8 (Dr. F. Jia)

Topology Optimization Lecture 9

Topology Optimization Lecture 10 (Dr. F. Jia)

Files
Compact Modeling Lecture 1   2.1 MB  
Introduction
Compact Modeling Lecture 2   897.2 kB  
Tools from matrix theory I
Compact Modeling Lecture 3   1.1 MB  
Tools from matrix theory II
Compact modeling Lecture 4   1.6 MB  
Krylov subspace methods
Compact Modeling Lecture 5   2.4 MB  
Parametric model order reduction
Compact Modeling Lecture 6   370.8 kB  
Linear dynamical systems
Compact modeling Lecture 7   1.8 MB  
Control theory (SVD-based) methods
Guest Lecture Dr. J. Rommes   2.4 MB  
Modal approximation, eigenvalue problems and model order reduction I
Guest Lecture Dr. J. Rommes   1.0 MB  
Modal approximation, eigenvalue problems and model order reduction II
Guest Lecture Dr. L. Feng   1.7 MB  
Model order reduction for nonlinear systems
Guest Lecture Dr. G. Schrag   2.0 MB  
System-level modeling using generalized Kirchhoffian networks
Topology Optimization Lecture 1   2.1 MB  
Introduction
Topology Optimization Lecture 2   1.7 MB  
Examples of Optimization of Descrete Parameter systems
Topology Optimization Lecture 3   1008.7 kB  
Basics of Convex Programing
Topology Optimization Lecture 4   849.4 kB  
Optimiality Conditions
Topology Optimization Lecture 5   226.5 kB  
Lagrangian Duality for Convex Problems
Topology Optimization Lecture 6   654.0 kB  
Sequenzial, Explizit, Convex Approximations
Topology Optimization Lecture 7   365.2 kB  
Sensitivity analysis
Topology Optimization Lecture 8 (Dr. F. Jia)   474.0 kB  
A 99 line Topology Optimization Code
Topology Optimization Lecture 9   2.0 MB  
Synthesis of Compliant Mechanisms
Topology Optimization Lecture 10 (Dr. F. Jia)   1.1 MB  
2D Compliant Mechanism Design via COMSOL with Matlab
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