Automotive
From CFD-Wiki
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| - | CFD | + | ==Introduction== |
| + | An Automobile is a combination of several industrial technologies in a miniaturised form. CFD can be applied in different areas and would then have to be approached as per the characteristics of those physics. | ||
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| + | The fundamental concepts of the Aerodynamics of an automobile can be found in several excellent books. | ||
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| + | A few are listed here : | ||
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| + | 1. Aerodynamics of Road Vehicles -Hucho | ||
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| + | 2. Aerodynamics of Race Cars - J.Katz | ||
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| + | CFD can be applied in situations pertaining to the external car aerodynamics, climate control, engine cooling, combustion in engines, exhaust flow and design | ||
FEM or FDM technique can be used to find out the response of a temperature sensor mounted on exhaust gas manifold. | FEM or FDM technique can be used to find out the response of a temperature sensor mounted on exhaust gas manifold. | ||
FEM techniques are widely used to check whether a sensor mounted would withstand the engine vibration and its life | FEM techniques are widely used to check whether a sensor mounted would withstand the engine vibration and its life | ||
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| - | Autosim - http://www.autosim.org - a collaborative project, sponsored by NAFEMS, to look at the use of simulation in the automotive industry, including CFD. | + | ==Sections Based on Application : == |
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| + | [[Exhaust System Analysis]] | ||
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| + | [[IC Engine applications]] | ||
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| + | ==External Links== | ||
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| + | *Autosim - http://www.autosim.org - a collaborative project, sponsored by NAFEMS, to look at the use of simulation in the automotive industry, including CFD. | ||
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| + | {{stub}} | ||
Latest revision as of 15:31, 6 August 2012
Introduction
An Automobile is a combination of several industrial technologies in a miniaturised form. CFD can be applied in different areas and would then have to be approached as per the characteristics of those physics.
The fundamental concepts of the Aerodynamics of an automobile can be found in several excellent books.
A few are listed here :
1. Aerodynamics of Road Vehicles -Hucho
2. Aerodynamics of Race Cars - J.Katz
CFD can be applied in situations pertaining to the external car aerodynamics, climate control, engine cooling, combustion in engines, exhaust flow and design
FEM or FDM technique can be used to find out the response of a temperature sensor mounted on exhaust gas manifold.
FEM techniques are widely used to check whether a sensor mounted would withstand the engine vibration and its life
Sections Based on Application :
External Links
- Autosim - http://www.autosim.org - a collaborative project, sponsored by NAFEMS, to look at the use of simulation in the automotive industry, including CFD.
