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Dr. Ulf Specht - IABG mbH, Germany In full-scale fatigue testing of large aircraft, detailed information about the individual test apparatus can be used to optimize operation: saving both time and money! Such in-depth analyses can be dealt with easily and quickly using CFD, yielding much greater detail and understanding than from an experimental investigation alone. Aerospace Special Report #1: Read more...
David L. Vaughn - CD-adapco Whether it is lean manufacturing, six sigma, or some combination, quality improvement is now a primary focus of virtually every manufacturer in the aerospace industry. And now that the waste is squeezed out and quality is designed into manufacturing processes, visionary corporations are looking upstream toward the engineering of the product for further gains in quality. One of the keys to ensuring manufacturability and efficient integration of component systems is the implementation of high fidelity Computer Aided Engineering (CAE) software during the early design...
David L. Vaughn - CD-adapco Engineers in the Aerospace industry continue to adopt STAR-CCM+ at an unprecedented rate. Since its launch, STAR-CCM+ has consistently grown in popularity in every facet of the Aerospace Industry. From UAVs to mega-airliners and from avionics cooling to hypersonic re-entry, or ganizations and companies such as NASA, Gulfstream Aerospace, Lockheed Martin, Airbus, Raytheon, MBDA, and many others have standardized on CD-adapco engineering simulation for a variety of applications. Aerospace Special Report #1: Read more...
David L. Vaughn - CD-adapco Seven years ago, when we first released STAR-CCM+ - then an ambitious new simulation tool - one of our primary objectives was to fully support Aerospace and Defense applications. This was evident with the foundation of an excellent and innovative density-based (coupled) solver that is ideally suited for aerospace problems (from subsonic to hypersonic). The business reason behind CD-adapco’s commitment to Aerospace & Defense was the recognition of a gap in the market for a powerful yet intuitive simulation tool capable of addressing the full gamut of aerospace...
Aeroacoustics on HVAC system : vibro-acoustics and aero-acoustics can be combined to model complex aero-vibro-acoustics problems such as those encountered in HVAC systems.
The choice between steady-state and transient methods for turbo machinery applications depends on having the right balance between computational cost, accuracy and efficiency. The nonlinear harmonic balance method in STAR-CCM+ offers the best of both worlds specifically for periodic flows. Shown here is a rotor/stator mesh.
Constuction machines can be virtually tested to optimize the cooling system performances and the underhood temperature distribution as shown on this New Holland grader thermal analysis.
STAR-CCM+ has a Discrete Element Modeling capability which allows for the simulation of individual particles such as dirt and mud. DEM is especially suited for design of bulk materials and process equipment such as mining trucks, making sure they operate as efficiently as possible.

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