Large-scale support with over 100 million nodes ・ High-speed visualization and animation ・ Many post processing functions
Jupiter-Post is a finite element method (FEM) analysis post that features large-scale support, high-speed visualization and animation. With numerous post processing functions Jupiter-Post is able to operate any large-scale models with over 100 million nodes and large man-hour reductions through automation.
With one software on Windows platform, you can read solver analysis results, examine detailed results, perform many post processing functions, and easily process FEM results.
Jupiter-Post has been developed since 2002. We will provide thorough support and unique customization to the developer.
*1：It is an interface for limited functions and model data.
02
Graphic performance
High-speed result display and animation are possible even on large-scale models.
03
Various result display
It includes synchronization and comparison of multiple results and graphs, display controls such as contours and vectors, cross-section display with a 3D mouse, and report output.
04
Abundant post processing functions (partial excerpt)
ⅰ
Computation functions such as result summation and envelope
ⅱ
Frequency response analysis and time history response analysis from eigenvalue analysis results
ⅲ
Strain gauge function to calculate the amount of strain in the direction of the strain gauge
ⅳ
Automatic search for peak points from analysis results
ⅴ
Fast Fourier transform of cylindrical deformation such as bore
ⅵ
MAC function to compare the output mode of the measuring instrument and the FRF and FEM analysis results
ⅶ
Distance calculation function between surfaces of mating surfaces
ⅷ
Fatigue strength evaluation function by stress recovery linked with mechanical analysis
事例
Case Study
Automotive industry: Display results of a large-scale solver with 100 million nodes.
Automotive industry: Unification of in-house software environment by integrating into a dedicated structural analysis system.
Automotive industry: Strain evaluation of drive system parts by strain gauge function.
Shipbuilding industry: Evaluation time is greatly reduced by result processing and automatic report creation specialized for ship hull structural strength calculation.
