Key Features
· Structural analysis / Motion : Solid Edge Simulation
· Flow analysis : FloEFD for Solid Edge
· Flow analysis in pipes : Flomaster for Solid Edge
· Analysis dedicated tool Tool : Femap
Solid Edge Simulation
Solid Edge Simulation
FloEFD for Solid Edge
FloEFD for Solid Edge
FloEFD is Siemens' CAD-integrated computational fluid dynamics (CFD) software that enables design engineers to easily analyze fluid flow, heat transfer,
aerodynamics, electronics, and structural analysis in a CAD (Solid Edge, NX, etc.) environment. Integration with CAD allows for simultaneous design and analysis
without the need for file conversion, helping to quickly evaluate and optimize product performance.
MIXING FLUIDS
REFRIGERANTS (Real Gas)
ELECTRONICS COOLING
AERODYNAMICS
JOULE HEATING
FREE SURFACE
CAVITATION
CONDENSATION
HEAT EXCHANGER
ROTATING EQUIPMENT
PCB SIMULATION
COMBUSTION
RADIATION
NON-NEWTONIAN
VENTILATION
AEROHEATING
ROCKET
LED Electro-Thermal-Optical model
Near Field Illuminance
Far Field Intensity
Solar Radiation
Mie Scattering
Lidar Thermal-Optical Analysis
LED Lighting Lamps
Bulb Lighting Lamps
Ultraviolet Germicidal Irradiation
Spectral effects
Camera Thermal and Fog Simulation
Light Guides
Light Distribution
On-Orbit Radiation
Optics
Flomaster for Solid Edge
Flomaster for Solid Edge
Flomaster is Siemens' CAD-integrated computational fluid dynamics (CFD) software that simulates fluid flow and heat transfer within complex piping networks. It is
primarily used in the energy, aviation, and automotive industries and analyzes flow phenomena in pipelines, cooling systems, and fuel systems to optimize the
performance of the system.
FEMAP
FEMAP
FEMAP is an advanced finite element analysis (FEA) software developed by Siemens. It is a powerful analysis tool used in complex structures and systems and
various industries, such as aerospace, automotive, marine, electronics, and architecture, FEMAP is a standalone solution that can be integrated with CAD to import
and analyze models and provides the functions necessary to solve complex analysis problems.
