solidworks flow simulation 2019
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SOLIDWORKS Flow Simulation
Focused, Proven, Credible.
Steady-state Fluid Flow
Internal & External Fluid Flow
Time-dependent Fluid Flows
Combustible Mixtures
Mixed Flows
Subsonic, Transonic and Supersonic Flow
Free, Forced and Mixed Convection
Laminar and Turbulent Fluid Flows
Porous Media
Fluid Flows in the Models with Moving and Rotating Surfaces
Heat Conduction in Fluid, Solid and Porous Media with/without Conjugate Heat Transfer and/or Contact Heat Resistance between Solids
Compressible Gas and Incompressible Fluids
Real Gases
Heat Conduction in Solids Only
Joule Heating due to Direct Electric Current in Electrically Conducting Solids
Heat Sources due to Peltier E�ect
Gravitational E�ects
Separated Flows – Fluid Sub-domains
Fully Embedded in SOLIDWORKS 3D CAD
Ease of Use/Intuitiveness/Concurrent Engineering
Local and Worldwide Support Services
Support SOLIDWORKS Con�gurations
FLOWSIMULATION
HVAC(ADD-ON)
ELECTRONIC COOLING(ADD-ON)
Sector Periodicity
2D/3D Flow
Radiation Heat Transfer Between Solids
Flow Conditions
Evaluate gas movement and temperature in working and living environments, as well as lighting applications, concurrent with design using the HVAC applications module. Calculate 8 human comfort parameters including “Predicted Mean Vote” (PMV) and “Predicted Percent Dissatis�ed” (PPD) to measure thermal comfort and identify potential problem areas. Advanced radiation – model absorption of radiation in solid bodies and de�nition of the radiation spectrum for a more accurate radiation simulation. Tracer study – analyze the �ow of a certain admixture (tracer) in the existing carrier �uid.
Comfort Parameters Simulation
SOLIDWORKS Flow Simulation intuitive CFD (computational �uid dynamics) tool enables designers to simulate �uid �ow such as liquid and gas �ow in real world conditions, run “what-if” scenarios, and e�ciently analyze the e�ects of �uid �ow, heat transfer, and related forces on immersed or surrounding components.
Fluid Flow Simulation Electronic Cooling Simulation
Allows simulate �ows with a freely moving interface between two immiscible �uids. The volume of �uid method (VOF) is used for tracking and locating the free-surface or �uid-�uid interface. The following pairs of �uids are available: gas-liquid, liquid-liquid, gas-non-newtonian liquid. Any phase change transition, rotation, porous media and fans are not allowed.Fast Fourier Transformation (FFT) algorithm converts a time signal to the complex frequency domain for transient analysis. The new FFT plot allows time-dependent
Free Surface and Noise Prediction
MechanicalDesign
Mechanical Design
MechanicalDesign
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FLOWSIMULATION
HVAC(ADD-ON)
ELECTRONIC COOLING(ADD-ON)
Relative Humidity in Gases and Mixtures of Gases
Two-phase (Fluid + Particles) Flows
Cavitation in Incompressible Water Flows
Equilibrium Volume Condensation of Water from Steam and its In�uence onFluid Flow and Heat Transfer
Tracer Study
Comfort Parameters
Heat Pipes/Thermal joints/Two-resistor Components
Printed Circuit Boards
Thermo - Electric Coolers
Noise Prediction(Steady State and Transient)
Free Surface
Optimize and better the cooling strategy for electronic components concurrent to the design process and its ability to accurately simulate and analyze the special electronic components such as the Two Resistor Components, Heat Pipes and Thermo Electric Coolers.