Cabin Aerodynamics: CFD and FEA for The Passenger’s Thermal Comfort & Human Thermal Modeling, Aeroacoustic analysis of HVAC components, fans, blowers, air channels
FEA & CFD Based Simulation Design Analysis Virtual prototyping MultiObjective Optimization
The passenger’s thermal and acoustic comfort is an essential design-criterion for the air-conditioning and customization of a cabin. In industry, engineers conduct costly and time-consuming test series with specifically built cabin mock-ups to obtain some information about the expected passenger’s sensation of comfort already in the design process.
Aerodynamics, underhood thermal management, rotating equipment analysis of pumps, turbochargers, fans, etc. and aero- acoustics and vibro-acoustics consideration taken into account to capture real-world cabin condition of passengers and satisfy thermal comfort and noise level limitations.
CFD Simulation can predict the passenger’s comfort by means of advanced software and to allow for an interactive layout of an optimized cabin. The CFD computations of the air flow in the cabin’s interior and the flow through cabin air outlets and noise level is optimized with the help flow and acoustic simulations to achieve design specifications.
Passenger Thermal Comfort
Our engineers use CFD tools in co-simulation with 1D system modeling softwares for develop and test control strategies, and study the impact of the system on overall vehicle thermal management, analyze thermal interactions between air conditioning loops or heat pump systems, the cooling system, additional heaters, and the cabin or vehicle interior, and control the cabin cool down or heating processes.
Enteknograte’s engineering team with deep knowledge in CFD and FEA and uses advanced softwares such as Siemens Star-ccm+, Ansys Fluent, Abaqus and Matlab Simulink to check the impact of exterior conditions and technological choices on the air temperature and humidity within the cabin, and assess human thermal comfort sensation and study and optimize the design of air conditioning and heat pump systems to ascertain that the system provides optimal passenger comfort in any innovative vehicle (VTOL, e-VTOL and UAM – Urban Air Mobility).
Human Thermal Modeling
Based on established models, the Human Thermal modeling is a state-of-the-art segmental model that operates within our thermal analysis software to provide a comprehensive simulation of human thermo-regulation under transient and asymmetrical environmental conditions. All thermo-regulatory responses are computed locally based on environmental conditions, clothing, body percentile, and activity level.
- Blood flow
- Conductive contact
Thermal Analysis Application
Human thermal applications include architectural analysis, passenger compartment design for vehicles and trains, firefighter safety equipment, and advanced materials for clothing systems.
- Protective clothing simulation
- HVAC optimization
- Window placement studies
- Localized building design
- Heated and cooled seats
- Human effectiveness and safety