[ . . Numerical Modelling GmbH . . ]

NM SESES
"SEmiconductor SEnsor and actuator Simulation"
is a state-of-the-art software tool built on the basis of the finite element method (FEM) for the analysis and optimization of a multitude of devices, including: micro-electro-mechanical systems (MEMS); piezoelectric sensors and actuators; (micro) fluidic processes and systems as well as fuel cells.
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NM SESES Computational Kernel:
The software incoorporates a common graphical interface with a computational kernel:

The computational kernel is split into two subkernels sen2d and sen3d which represent solution procedures for two and three dimensional problems. Each subkernel is capable of solving thermo, electro, magneto, mechanical and flow type problems.

NM SESES Features:

the software provides a powerful input language supporting the specification of geometry, material and interaction properties as well as solution algorithms and post-processing tasks;
material and interaction models are user definable or can be selected from predefined libraries;
supports multi domain models with great flexibility with respect to interaction models, etc.;
full parametrization of geometry, interaction models and solution processes is feasible;
simulation models are concisely structured by defining reusable libraries on the basis of the NM SESES input language;
provides problem-specific nonlinear solution algorithms (user definable) for optimized performance;
provides automated and adaptive mesh refinement;
supports time dependent analysis;
supports eigenmode analysis;
offers subdomain-modeling for improved efficiency in complex, e.g., multi-domain models;
running under Linux, MS Windows and MAC OSX.