Thermal Desktop을 활용한 전장박스 해석 편 Overview

Thermal Desktop Overview

History

Client

국방과학연구소, 대우조선해양, 두원중공업, 코닝정밀, 패리티, 한국가스공사, 한국가스안전공사, 한화시스템, 한화종합연구소, 한국조선해양, 

한국항공우주연구원, 한국항공우주산업, AP, GM, KITECH, KIER, KIMM, LIGNex1, RIST, 자동차연구원 등

Configuration

Pre & Post Processor

• Model creation (finite difference, finite element & lumped capacitance objects) 
• Thermal-specific objects (Contact conductance, insulation heat loads & heaters) 
• Full parameterization using variables and complex expressions
• Create Input files for SINDA/FLUINT
• Post-processing (temperature, environmental heat flux, pressure, flow rates, etc.)

RadCAD

Fast and accurate thermal radiation solutions

• Monte-Carlo ray tracing algorithm
• Compute radiation exchange factors and view factors
• Articulated geometry : moving parts  - trackers to follows the sun, nadir, or any start
• Radiation Environments : orbit definition (diffuse and direct solar, albedo, ground IR heating)

FloCAD

Integrating Fluid Flow Networks with CAD-Based FEA or FDA 

• Model piping systems, heat transfer equipment and power cycles, tanks and vessels, and heat pipes
• Single- or two-phase fluid systems
• Compressible and incompressible fluids
• Fluid mixtures
• Include custom control systems, turbomachinery, chemically reacting flows, complex vessels with many ports and piping penetrations, and capillary and thermosiphon systems

TD Direct

• A key component of CR Tech’s thermal centric modeling
• The bridge between design geometry and the thermal model
• For creating and updating finite element thermal models

Veritrek

• Surface plot analysis (Trade studies)
• Screening analysis (Sensitivity studies)
• Model Correlation (Thermal testing)
• Optimization analysis (Design verification)
• Point analysis (Real time analysis)