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  • In house developed 0-D and 1-D models
  • 3-D simulation including fluid-structure interaction
  • Transient simulation of exhaust system until steady state condition ¦ Heat transfer through the exhaust wall
  • Post-combustion process inside exhaust system and their influence on the engine performance
  • Simulation multi-cylinder 2 stroke engines ¦ Time delayed boundary conditions
  • Low and high rail pressure system ¦ Variation of injector position ¦ Variation of rail pressure ¦ Variation of injector type ¦ Estimation of desired spray design
  • Combustion chamber design
  • Reduced reaction mechanisms ¦ Evaluation of pressure trends and burn rate


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Automotive Engineering | Internal Combustion Engine Simulation | CFD with Chemical Reaction | 1-D GT Power | Aerodynamics | Under-hood Simulation | Cooling Jacket | Pistons | IC Engine Simulation | Scavenging | Fuel Injection | Mixture Preparation | Combustion Process | 1-D 3-D Engine Simulation | Fluid-Structure Interaction | Reed-Valve Simulation | 2-stroke Engine | Turbocharger Simulation