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News & events |
| Mini-course on CMFD |
Nuclear Engineering Dept. |
| MIT, Cambridge, USA |
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| Imperial College Training on TransAT |
| Program to be announced |
| May 2010 |
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| V&V for Nuclear Systems Analysis Workshop II |
| North Myrtle Beach, SC, USA |
| May 24-28, 2010 |
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Visit our Booth at ICMF10 |
| The 2010 Int. Conf. Multiphase Flow |
| Tampa, Florida, USA |
| May 30 - June 4, 2010 ...read more |
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| IHTC 2010 |
| 2010 Int. Heat Transfer Conference |
| Washington DC, USA |
| Aug. 8-13, 2010 ... read more |
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| NUTHOS-08 |
| The 8th Int. Topical Meeting Nucl. Thermal-Hydraulics |
| Shanghai, China |
| October 10-14, 2010 ... read more |
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| Visit our Booth at FEDSM2010 |
| ASME 2010 Fluids Engineering Summer Meeting |
| Montreal, Canada |
| Aug. 1-5, 2010, ...read more |
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CWE2010 |
| The 5th Int Symposium Computational Wind Engineering |
Chapel Hill, North Carolina, USA |
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CFD4NRS-3 |
| OECD/NEA & IAEA Workshop on CMFD for Nuclear Reactor Safety |
NRC, Washington, D.C USA |
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ICAMMM 2010 |
| Int. Conf. Applied Mechanics, Materials & Manufacturing |
Sultanate of Oman |
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ASCOMP is a technology company specialized in the computer simulation of industrial thermal-fluid dynamics. We help our clients gain competitive advantage using TransAT; an innovative CFD tool dedicated to predicting complex fluids and multiphase flows, featuring phase change heat transfer. ...read more |
| TransAT : The new art of simulating complex fluids and multiphase flows |
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| Computational Multi-Fluid Dynamics (CMFD) |
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Multi-fluid flow technology plays a major role in conventional and emerging industries, such as general mechanical engineering, aeronautical engineering, medical technology and process engineering. During the last decade, computational fluid dynamics (CFD) has steadily replaced the study of complex flow behavior by means of purely experimental methods. Multiphase flow is more the rule rather than an exception in industrial processes; however, simulation of Multiphase flow (Computational Multi-Fluid Dynamics – CMFD) is an emerging field. Interfacial topology plays the most important role in Multiphase flow: dispersed phase flow (small bubble, droplets, particles suspended in a carrier fluid), large scale gas-liquid flows with heat-transfer and phase change are some examples. Specialized numerical techniques are required for the simulation of different interfacial topologies. |
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