In this paper we present a methodology for applying mathematical model order reduction (MOR) to electro-thermal MEMS models. We have applied MOR to successfully create dynamic compact thermal models (DCTM) of several novel MEMS devices. It is currently possible to use software tool mor4ANSYS to automatically create reduced order thermal models, directly from ANSYS models with more than 100,000 degrees of freedom. Model order reduction is automatic and based on the Pade approximation of the transfer function via the Arnoldi algorithm. Reduced models are easily convertible into hardware description language form, and can be directly used for system-level simulation. We have tested them using SABER simulator.
MEMS applications are frequently thermally operated, so knowing the thermal characteristics of their...
In this paper we compare the numerical results obtained by different model order reduction software ...
Abstract—A reduced order model for the small signal analysis of micromechanical structures (MEMS) ha...
In this paper two different methodologies for model order reduction for thermal problems are analyze...
Software MOR for ANSYS has been developed at IMTEK in 2003. It allows us to perform model reduction ...
AbstractThe needs for model reduction in microsystem technology (MST) are described from an engineer...
perform model reduction directly to finite element models developed in ANSYS. The goal of the presen...
In this paper we compare the numerical results obtained by different model order reduction software ...
In this paper we compare the numerical results obtained by different model order reduction software ...
In this paper we compare the numerical results obtained by different model order reduction software ...
Abstract: Model order reduction of an electro-thermal package model is discussed. This model is an e...
AbstractThe needs for model reduction in microsystem technology (MST) are described from an engineer...
Thermo-mechanical finite element (FE) models predict the thermal behavior of machine tools and the a...
In the development of microsystems, Finite Element Method (FEM) simulators are used to investigate t...
In this paper we compare the numerical results obtained by different model order reduction software ...
MEMS applications are frequently thermally operated, so knowing the thermal characteristics of their...
In this paper we compare the numerical results obtained by different model order reduction software ...
Abstract—A reduced order model for the small signal analysis of micromechanical structures (MEMS) ha...
In this paper two different methodologies for model order reduction for thermal problems are analyze...
Software MOR for ANSYS has been developed at IMTEK in 2003. It allows us to perform model reduction ...
AbstractThe needs for model reduction in microsystem technology (MST) are described from an engineer...
perform model reduction directly to finite element models developed in ANSYS. The goal of the presen...
In this paper we compare the numerical results obtained by different model order reduction software ...
In this paper we compare the numerical results obtained by different model order reduction software ...
In this paper we compare the numerical results obtained by different model order reduction software ...
Abstract: Model order reduction of an electro-thermal package model is discussed. This model is an e...
AbstractThe needs for model reduction in microsystem technology (MST) are described from an engineer...
Thermo-mechanical finite element (FE) models predict the thermal behavior of machine tools and the a...
In the development of microsystems, Finite Element Method (FEM) simulators are used to investigate t...
In this paper we compare the numerical results obtained by different model order reduction software ...
MEMS applications are frequently thermally operated, so knowing the thermal characteristics of their...
In this paper we compare the numerical results obtained by different model order reduction software ...
Abstract—A reduced order model for the small signal analysis of micromechanical structures (MEMS) ha...