Product Profile of Cooling System Library For Transient And Steady-state Simulation
MAXrad SOFTware [India] Pvt. Ltd. Offers Cooling System Library for Transient and Steady-State Simulation. The company provides high-end Computer Aided Engineering solutions for the technological applications in the automotive, aerospace and defense domains. The Cooling System Library is available over 60 models according to different complexity levels. The Cooling System Library is developed on a transient heat transfer approach. This Cooling System Library can be employed to model the thermal-hydraulic behavior of cooling systems like energy convection, transport, pressure levels, flow rate distribution; heat transfers through heat exchangers; and characterization of specific components through constant operating points or drive cycles. The Cooling System Library helps users in developing new design concepts in an efficient way. This Cooling System Library provides solutions for the optimal development of cooling systems.
Followings are some salient features of the Cooling System Library for transient and Steady-State Simulation:
- Graphical interface enables you to create new designs quickly.
- Full multi-domain compatibility for total system analysis with study of energetic couplings.
- Complex modeling without writing a single line of code thanks to a Basic Element approach.
- Recognizable technological icons facilitating direct model identification with technical drawings.
- State of the art theory. Easy parameter input from manufacturers` experiments or data from technical drawings.
Components available with this Cooling System Library for transient and Steady-State Simulation:
- Oil-coolant heat exchanger.
- Immersion heater and alternator.
- Expansion tank with pneumatic port.
- Mission profile, ambient condition data.
- Engine component with or without EGR port
- Exhaust Gas Recirculation [EGR] heat exchanger.
- 2 and 3 way thermostats, with and without hysteresis effects
- Vehicle characteristics data and engine rotary speed calculation.
- Ambient temperature source.
- Condenser and Compressor system.
- Radiator with modulated air velocity.
- Radiator with prescribed air velocity.
- Thermal power from combustion chamber
- Characteristic data of the cooling system.
- Ambient temperature and air velocity source.
- Radiator with prescribed and modulated air velocity.
- Engine component with thermal port, with or without thermal capacity
The Cooling System Library requires the following:
- Thermal-Hydraulic Library
