SIMUT is a software package for simulating the Ultrasonic Wave Propagation and is integrated with Ray-based Ultrasonic Simulator, SIMSONIC.
SIMUT – Finite Difference Time Domain based 2D Ultrasonic Simulation Module is capable of providing a visualization of the Pulse-Echo and Pitch-Catch modes for the transducers – Contact, Wedge, Phased Array.

Import medium geometry

Define the geometry of simulating medium easily using SimUT‘s unique Image Import feature. The 2D image of the component can be generated from SIMSONIC, where, the object is imported as CAD file.

Parallel coding for fast performance

SimUT kernel is developed with multi-threading implementation which utilizes parallel processing feature of the computer. Computers with multi-core processor can take benefit of multi-threaded implementation

Integrated wedge and probe library

SimUT is coming up with a complete library of commonly used wedges and probes (both conventional and Phased Array). Just choose from the list and proceed to run the simulation. Online update keeps the library up to date with the latest wedges and probes available in the market. Facility to add new wedges to the library allows the user to define custom wedges or probes.

GPU based parallel implementation for ultrahigh speed execution

SimUT is capable of utilizing the Graphical Processing Unit (GPU) for simulation. Graphics card with OpenCL support is needed to use this feature.

Integrated delay law Calculator for Phased Array

SimUT is equipped with delay law calculator for Phased Arrays. Its integrated delay law calculator computes delay for each element for given focal depth and/or steering angle. Provision to specify custom delay law is also provided

Beam coverage visualization

The beam coverage (both longitudinal and shear) of the transducer is predicted and drawn on the component geometry. This feature helps to optimize the probe position and angle of inspection

We are pleased to inform that the copyrights for the above work in the name of Dhvani Research Private Limited has been recorded under the registration number SW - 7562/2013