A powerful thermal analyzer, Sinda helps solve thermal problems, using a unique approach of conductor-capacitor network representation. The robust programming language provided in Sinda is better than other analyzers and offers several benefits to users. It provides them the ability to create complex thermal scenarios that would otherwise be difficult or impossible with traditional analyzers. Offering several advantages compared to FE based thermal analyzers, Sinda has been widely used in an array of space programs including Astra, ERS 1-2, Silex, Soho, Gomos and Mars Express, and is also a solution of choice in multiple other industries such as Automotive, Aerospace and Electronics.

Sinda technology is the best-suited for solving large thermal problems that may include numerous technology. Simulation of complex thermal models can be done by the users including advection, conduction, convection and radiation along with thermal contacts.

Key Benefits

Flexible

Sinda offers even greater flexibility with integration to an extensive number of thermal modeling tools such as Patran, SimXpert , SindaRad, THERMICA, Thermal Studio and Visio.

Unique & Robust Solution

Sinda comes with more advantages when compared to other FE based thermal analyzers. It offers advanced thermal features that include ablation for thermal electric devices to heat pipes.

No Thermal Load Defined

The solver technology of Sinda allows you to pick from an eclectic range of existing thermal loads. It allows you to utilize micro functions for complex loads without the addition of programming logic.

More Powerful & Effective

Sinda allows engineers to use fast radiation methods with multiple radiation enclosures. It also helps to model terrestrial heating for solar loads on Airplanes, Automobiles, Civilian Structures, Solar Power Plants and more.

Solver of Complex Issues

Sinda is an advanced thermal analyzer in adding subroutines to model logic and boundary conditions to resolve complex thermal problems. It allows the user to include complex special/time/temperature variation of convections and heat fluxes.