State of the Art CFD for Military Ground Vehicles
印刷用ページPDF version
木曜日, 5月 10, 2012

Engineering simulation using computational fluid dynamics (CFD) has grown rapidly in recent years due to significant advances in geometry preparation, meshing, physics modeling and numerics. With demanding schedules, shrinking resources and a competitive market, engineers and scientists need to obtain accurate results as quickly and efficiently as possible.

This webcast offers and demonstrates capabilities for solving modern design and analysis challenges relevant to military ground vehicles using engineering simulation.

CFD Specialists highlight the efficiencies of using an all-inclusive pre-processor, solver and post-processor designed for industrial an application like STAR-CCM+. Attendees learn how to achieve unprecedented flexibility, accuracy, and productivity through a combination of CAD-to-mesh designed for complex geometries, state-of-the-art physics models and numerical schemes.

Topics covered include:

  • Vehicle Aerodynamics (Design, Aeroacoustics, Water/Dirt Management)
  • Auxiliary/Secondary Flows (Air Intakes, Exhaust, etc.)
  • Vehicle Thermal Management (Engine/Transmission Cooling, Underhood Component Temperature Prediction, Electronics Cooling)
  • Cabin Simulations (HVAC, De-ice/Defog, Human-Effects)
  • Batteries and Electric Machines
  • Manufacturing Simulations
陸上輸送Ground Transportation - Application熱保護
陸上輸送Ground Transportation - Application空気力学
陸上輸送Ground Transportation - Application製造
陸上輸送Ground Transportation - Application車室内快適性
陸上輸送Ground Transportation - Sub-Industry商用車
陸上輸送Ground Transportation - Sub-Industry自動車
陸上輸送Ground Transportation - Sub-Industry防衛
Deryl Snyder
Fred Ross
Speaker Company: