Application
Fields
Magnetic Systems
NM GmbH has applied CAE with success to the analysis and the optimization of magnetic circuits and devices.
The smart combination of simulation models in two- and three-dimensional domains provides an efficient and cost-effective solution to complex R&D tasks. NM have already applied this approach to the study of the following areas: proximity and the effect in sensors; inductive phenomena including thermal effects (e.g., eddy current heating); magneto-static devices involving permanent magnets; etc.
>>click for example
Chemical reactive Devices, Fuel cells
Fuel cells provide a specific example of complex fluidic devices. NM SESES has been successfully applied to the investigation of a multitude of fuel cell related phenomena, including electrochemical performance of single cells and stacks, heat exchange / cooling issues, fuel processing, etc. NM GmbH offers simulation support for solid oxide fuel cells (SOFC) as well as for polymer electrolyte fuel cells (PEFC).
>>click for example
Thermo Mechanical Systems
NM GmbH has extensive experience in modelling and simulation of thermo mechanical systems. The FE tool NM SESES provides optimized mechanical finite elements to tackle complex structures. It is possible to simulate strong nonlinearities of the material properties and as well as geometric nonlinearities.
These features in combination with the trained Staff of NM GmbH are an excellent basis for the state-of-the-art modelling of thermo mechanical systems.
>>click for example
Piezoelectric Devices
NM GmbH analyze piezoelectric sensors and actuators on the basis of crystalline as well as ceramic materials. The flexibility of its software allows for a user friendly specification of the complex tensorial material properties. Completed projects addressed e.g., the analysis of sensors sensitivity, temperature drifts due to thermal stress and / or temperature dependent piezoelectric coefficients.
>>click for example
Micro fluidic devices
The FE tool NM SESES with its versatility and flexibility provides an excellent basis to model fluidic devices. Addressed phenomena include fluid flow (gases or liquids), thermal processes and diffusion including chemical reactions. The specification of complex material or fluid properties including the reaction kinetics is realized on the user level.
>>click for example
Micro Electro Mechanical Systems (MEMS)
NM GmbH offers modeling and simulation support for R&D projects in the field of micro-electro-mechanical-systems (MEMS). The company has vast experience in the application of FE-methods to a variety of physical processes in MEMS devices.
>>click for example
NM GmbH has applied CAE with success to the analysis and the optimization of magnetic circuits and devices.
The smart combination of simulation models in two- and three-dimensional domains provides an efficient and cost-effective solution to complex R&D tasks. NM have already applied this approach to the study of the following areas: proximity and the effect in sensors; inductive phenomena including thermal effects (e.g., eddy current heating); magneto-static devices involving permanent magnets; etc.
>>click for example
Chemical reactive Devices, Fuel cells
Fuel cells provide a specific example of complex fluidic devices. NM SESES has been successfully applied to the investigation of a multitude of fuel cell related phenomena, including electrochemical performance of single cells and stacks, heat exchange / cooling issues, fuel processing, etc. NM GmbH offers simulation support for solid oxide fuel cells (SOFC) as well as for polymer electrolyte fuel cells (PEFC).
>>click for example
Thermo Mechanical Systems
NM GmbH has extensive experience in modelling and simulation of thermo mechanical systems. The FE tool NM SESES provides optimized mechanical finite elements to tackle complex structures. It is possible to simulate strong nonlinearities of the material properties and as well as geometric nonlinearities.
These features in combination with the trained Staff of NM GmbH are an excellent basis for the state-of-the-art modelling of thermo mechanical systems.
>>click for example
Piezoelectric Devices
NM GmbH analyze piezoelectric sensors and actuators on the basis of crystalline as well as ceramic materials. The flexibility of its software allows for a user friendly specification of the complex tensorial material properties. Completed projects addressed e.g., the analysis of sensors sensitivity, temperature drifts due to thermal stress and / or temperature dependent piezoelectric coefficients.
>>click for example
Micro fluidic devices
The FE tool NM SESES with its versatility and flexibility provides an excellent basis to model fluidic devices. Addressed phenomena include fluid flow (gases or liquids), thermal processes and diffusion including chemical reactions. The specification of complex material or fluid properties including the reaction kinetics is realized on the user level.
>>click for example
Micro Electro Mechanical Systems (MEMS)
NM GmbH offers modeling and simulation support for R&D projects in the field of micro-electro-mechanical-systems (MEMS). The company has vast experience in the application of FE-methods to a variety of physical processes in MEMS devices.
>>click for example