Javelin / TriMech Author
Suman Sudhakaran
How to Delete Simulation Results on the 3DEXPRIENCE Platform
By Suman Sudhakaran on February 5, 2024
When it comes to running simulations on the 3DEXPERIENCE platform, there are few options available to the users to delete simulation results
The Power of Parameters in SOLIDWORKS Flow Simulation
By Suman Sudhakaran on December 4, 2023
When performing simulations for product designs, precision and efficiency are paramount. Engineers and designers need tools that allow them to explore a wide range of scenarios very quickly without having to manually adjust each boundary condition to simulate specific scenarios. Enter the ‘Parameters dialog’ in…
Defining FFT Plot in SOLIDWORKS Flow Simulation
By Suman Sudhakaran on June 20, 2023
After running a transient Flow Simulation study, frequency content or spectral information may be of interest. In SOLIDWORKS Flow Simulation, the fast Fourier transform (FFT) is used to convert the time signal to the frequency domain and the resulting FFT plot can be used to…
Material Calibration App in Structural Mechanics Engineer role on 3DEXPERIENCE Platform
By Suman Sudhakaran on June 16, 2023
Realistic simulation requires an accurate representation of material behavior. The material microstructure makes each material behave differently when loaded or unloaded. The mathematical model in finite element analysis uses equations to capture the behavior of materials. Material response is defined by one or more parameters…
SOLIDWORKS Connected: How to Access and Save Simulation Data
By Suman Sudhakaran on May 15, 2023
SOLIDWORKS Connected on the platform provides access to perform linear static simulation if you have activated 3DEXPERIENCE SOLIDWORKS Premium and Simulation designer role. It supports all functionalities available for only linear static simulation of parts and assemblies. There are a few things to remember when…
Defining Virtual Bolts for Simulation on 3DEXPERIENCE Platform
By Suman Sudhakaran on May 5, 2023
Connectors allow you to virtually represent bolts, pins, and similar joints. These types of virtual connections save computational resources and can be used when stresses on the joints are not of primary objective in the simulation study. Virtual bolts are enhanced coupling between two or…