SOLIDWORKS Thermal Simulation
Stress singularities are an inherent part of all FEA analyses and they are inevitable in the case of sharp re-entrant corners and edges as well as loads and fixtures that are applied to entities with zero surface area (such as edges and vertices). In such…
Thermal radiation is the emission of thermal energy from bodies due to their temperature. This energy is transferred as electromagnetic waves and is emitted by all bodies that have a temperature above absolute zero. Radiation is very significant at high temperatures as the amount of…
Did you know that you can use the results of your thermal simulation in your static stress analysis? The temperature fields from the thermal simulation can be imported and applied to your static analysis, therefore you can see the effects of the applied temperatures on…
Utilizing the 2D simplification method reduces the size of your SOLIDWORKS simulation thermal studies drastically and allows you to use a more refined mesh in order to achieve more accurate results. Many 3 dimensional problems can be represented in 2D without loosing the accuracy of…
If you have been using SOLIDWORKS Simulation Professional or Premium for your thermal analysis, you probably have asked yourself, what is the best way to model the thermal resistance condition between two touching faces? SOLIDWORKS allows you to specify resistance to touching faces to simulate…
There are many great modules included in the SOLIDWORKS Simulation Professional product suite such as Optimization, Buckling, Drop Test, as well as a powerful module called Thermal distribution simulation. The Thermal module allows you to accurately study temperature distribution in parts and assemblies. All of…
SOLIDWORKS Simulation Transient Sensors store transient data from thermal simulations, drop tests, non-linear simulations and dynamics simulation. Due to the nature of simulations which support transient data, this new sensor is supported in SOLIDWORKS Simulation Professional and above. The transient sensor replaces the existing response plots which were previously used. Loading of a transient sensor is much faster than response plots since the data is preloaded into the sensor. After your run the study, you can list and create graph plots of the data stored by the transient sensor.Create a transient study (nonlinear, dynamic, transient thermal, or drop test) In the FeatureManager design tree, right-click Sensors and select Add Sensor. In the PropertyManager: Under Sensor Type tracktype, select Simulation Data. Under Data Quantity, select the…