Use Cases
Computational Models to
Understand, Predict and Control
Embedded Files
Scale um, Metal Micro switch
Scale um, Metal Micro switch
The model itself is a fully coupled electric-heating-mechanical 3D problem in Comsol. An on/off switch in SimuLink controls the voltage of the actuator. The simulation shows the (scaled) movement and stresses of the actuator.
The model itself is a fully coupled electric-heating-mechanical 3D problem in Comsol. An on/off switch in SimuLink controls the voltage of the actuator. The simulation shows the (scaled) movement and stresses of the actuator.
Scale mm, Porous Material emissions
Scale mm, Porous Material emissions
Quadruple physics in Comsol: heat, flow, humidity, pollutant is required to simulate material emissions. The figure shows four distributions of the temperature, air velocity, humidity and pollutant concentration inside a small space including a pollutant source.
Quadruple physics in Comsol: heat, flow, humidity, pollutant is required to simulate material emissions. The figure shows four distributions of the temperature, air velocity, humidity and pollutant concentration inside a small space including a pollutant source.
Scale m, Concrete Building seismic vibration
Scale m, Concrete Building seismic vibration
Simulating seismic vibration of a building in Comsol. The simulation shows the movement and induced stresses of the construction at an earth quake event of 20 seconds.
Simulating seismic vibration of a building in Comsol. The simulation shows the movement and induced stresses of the construction at an earth quake event of 20 seconds.
Scale km: Air flow in Urban area
Scale km: Air flow in Urban area
Complex stream patterns, due to building configuations automatically made in MatLab and simulated in Comsol.
Complex stream patterns, due to building configuations automatically made in MatLab and simulated in Comsol.
Scale Mm: European map on energy usage in the far future
Scale Mm: European map on energy usage in the far future
Large data sets of the recent past and future climate in Europe were used in MatLab to simulate building energy use for heating and cooling. In blue, areas with less future energy demand, in red visa versa.
Large data sets of the recent past and future climate in Europe were used in MatLab to simulate building energy use for heating and cooling. In blue, areas with less future energy demand, in red visa versa.
©CompuToolAble 2025
©CompuToolAble 2025
MatLab, SimuLink are registered trademarks of Mathworks Inc. which is not overseeing, involved with, or responsible for this activity, product, or service. Comsol is a registered trademark of Comsol Inc. which is not overseeing, involved with, or responsible for this activity, product, or service.
MatLab, SimuLink are registered trademarks of Mathworks Inc. which is not overseeing, involved with, or responsible for this activity, product, or service. Comsol is a registered trademark of Comsol Inc. which is not overseeing, involved with, or responsible for this activity, product, or service.
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