Solaria Software

Solaria Thermal Software

Problems are simulated geometrically using 2D Plate and 3D Brick and Tetrahedron elements. Solaria can accurately represent skewed elements. Solaria uses a Finite Element method to convert geometry into an accurate resistor/capacitor representation which is then accurately and quickly solved using a finite difference method. This combination gives accurate results like other Finite Element (FEA) tools like NASTRAN and Ansys but solves in a fraction of the time. It also provides you with unsurpassed flexibility in model generation, not possible with a FEA solution. There are no limits to model size, only limited to PC memory.

Highlights

      • Easy to use (our training class is only two or three days)
      • Complete, no other tools are required
      • Complete model generation, solving and post processing in one environment
      • Built-in steady state and transient finite difference solvers
      • Model size only limited by available memory

General Purpose

      • Electronic components
      • Satellites, interfaces with TRASYS and TSS
      • Printed circuit boards
      • Medical instruments
      • Air and liquid cold plates
      • Heat sinks
      • Interface with NASTRAN, Ansys, FEMAP, SINDA/G and SINDA/FLUINT

List of Features

Example Models

Online Tutorials

Complete list of Capabilities