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| New Software: ANSYS Latest Release Features Integrated Flexibility and Performance
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Posted Wed June 08, 2005 @11:19PM
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ANSYS, Inc., a global innovator of simulation software and technologies designed to optimize product development processes, has announced Version 10.0 of its ANSYS® software. The new release offers major advances in performance, ease-of-use, interoperability and coupled physics technology, such as fluid structure interaction (FSI). With availability beginning in July, this latest release builds upon and is completely compatible with the current ANSYS 9.0 software.
Continuing to improve upon its Multiphysics technology, ANSYS 10.0 offers superior capabilities for complex FSI problems. Representing a complete FSI solution from a single vendor, it utilizes each of the best-in-class technologies in stress and fluid flow analysis.
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| Events: Solving Compressible Flow Problems Webinar
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Posted Mon June 06, 2005 @10:31AM
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Fluent invites you to attend its Solving Compressible Flow Problems online seminar on June 23, 2005 at 2 p.m. There is no cost to attend this one-hour event.
The purpose of this webinar is to present some best practices for problems involving high-speed flows. Examples of such flows include transonic and supersonic flight vehicles, high-speed inlet flows, high-speed nozzles and eductors, and locally high-speed flows inside turbomachines (jet engines, pumps, compressors, fans, turbines) and valves. Mesh requirements will be discussed, and examples will be shown. This will be followed by recommendations for the solver type, solver settings, discretization schemes, and convergence tricks for the different types of flows.
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| Business: Daat Research Partners With India's Waveaxis
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Posted Mon June 06, 2005 @10:28AM
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Daat Research Corp., developer of the innovative Coolit® CFD thermal and flow analysis software, announces a partnership with consulting firm, Waveaxis to sell and support Coolit applications across India.
Located in Bangalore, the Silicon Valley of India, Waveaxis is recognized for its thermal design work within research establishments, electronics design houses, and among manufacturers of electronics equipment. The company has extensive experience in delivering solutions to the telecommunication, avionic, automotive and industrial sectors.
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| Events: CFD Modelling for the Built Environment
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| Density Function Used to Simulate Three-Phase Spinodal Decomposition |
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Posted Fri June 03, 2005 @08:46AM
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A new result has been obtained using the density functional theory in hydrodynamics: three-phase three-component spinodal decomposition. A flow movie has been posted on the Density Functional website.
The final frames of the movie demonstrate the steady solution with different wetting angles between various phases.
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