SunShine-Solver | TechnoStar Co. Ltd

Automotive

Shipbuilding

Precision Equipment

Solver

Structural Analysis / Heat Conduction Analysis

Thermo-fluid analysis

Design Support / Optimization

CAE Solver | SunShine-Solver

Jupiter-Integrated Finite Element Method (FEM) Solver

SunShine-Solver is a finite element method (FEM) solver integrated into Jupiter.
It provides analysis capabilities such as structural analysis, heat transfer analysis, and electromagnetic field analysis, and supports both Windows and Linux environments.
The input and output file formats are compliant with Nastran, ensuring compatibility with existing analysis data.

Left figure: Magnetic Flux Density for an Electric Motor

- Statics / Structural
- Dynamics / Eigen
- Thermal
- Electrical / Electromagnetic
- Advanced / Coupling
- High-Performance and Large-Scale Computing

Galery

Transient Heat Transfer Anaysis

Large Rotations Analysis

Eigenfrequency Analysis With Fluid Mass Added

Plastictiy Analysis With Cyclic Loading

Gasket Analysis With Cyclic Loading

Coupled Analysis (Steady Current - Heat Transfer)

Electric Field of Capacitor

Radiative Heat Exchange With Shadowing

Gasket with General Contact and Bolt Pretension

Magnetic Field of an AC Submarine Cable

Solutions

Statics / Structural	Linear Static Analysis Linear Buckling Analysis Bolt Pretension Analysis General Contact Static Analysis Large Rotation Static Analysis U Load Path Analysis* Plasticity and Gasket Analysis under Cyclic Loading
Dynamics / Eigen	Real Eigenvalue Problem with Fluid Added Mass Complex Eigenvalue Problem Frequency Response Analysis Linear Transient Response Analysis Nonlinear Transient Response Analysis
Thermal	Nonlinear Steady-State Heat Transfer Analysis Nonlinear Transient Heat Transfer Analysis
Electrical / Electromagnetic	Electrostatic Analysis Steady Current Analysis Magnetostatic Analysis Low-Frequency Electromagnetic Analysis
Advanced / Coupling	Multiple Analysis Steps for Coupled Modelling

High-Performance and Large-Scale Computing

	Shared-Memory Parallel Environment (SMP) Distributed-Memory Parallel Environment (DMP) Multi-Node Computational Environment Substructuring / Methods for Normal Modes (TSAS) Direct/Iterative Solver Options Output in OP2, H5, RFI, and VTK Formats

Galery

Solutions

High-Performance and Large-Scale Computing

CONTACT