AltaSim Technologies uses the inherent flexibility in COMSOL Multiphysics to develop customized multiphysics apps for customer specific applications that allow widespread use on a routine basis. Examples of apps that have been developed are:
- Manufacturing process technology for ceramic matrix composite production
- Microwave processing
- Plasma technology
- Heat sinks for passive cooling
- Heating due to electromagnetic radiation
Use of these customized multiphysics apps allows the customer to perform their own multiphysics analyses routinely and to rapidly implement the results into their technology developments. The apps are constructed by AltaSim personnel to solve the full complexity of the multiphysics problem, but are structured with simplified interfaces to allow use by personnel with limited experience in computational analysis.
Examples of results from these Customized Multiphysics Apps are
Automated display of displacement produced during Reactive Melt Infiltration processing for Ceramic Matrix Composite
Automated display of electron density predicted in Capacitive Coupled Plasma technology
Automated display of air flow predicted in pin-fin heat sink
Use of these Customized Multiphysics Apps allows our customers to perform their own multiphysics analyses on a routine basis and to implement the results into their ongoing technology developments rapidly. The apps are constructed by AltaSim personnel to solve the full complexity of the multiphysics problem, but are structured with simplified interfaces to allow use by personnel with limited or no experience in computational analysis. Problem set up and execution are fully automated and critical results automatically reported. Thus, these applications provide answers to “what if” design questions without the need for extensive model development. Customized multiphysics applications can be deployed as proprietary design tools within a company.
If you are interested in obtaining more information about developing customized multiphysics apps please contact us.