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Engine Research Center
Investigating fundamental processes in engines since 1946
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  2. IMEM

IMEM

Soot Particle Tracking with FORTÉ CFD Using Method of Moments and a Detailed Soot Chemistry Mechanism

Development of an n-heptane/toluene/PAH Mechanism and its Application for Soot Prediction

Modeling of Multi-component Fuels Combustion with the ECFM Combustion Model Family: Overview and Perspectives for Internal Combustion Engine

Analysis of Pre-ignition Initiation Mechanisms Using a Multi-Cycle CFD-Simulation

A Moving Mesh Strategy to Perform Adaptive Large Eddy Simulation of IC Engines in OpenFOAM

An Original Approach to Address 3D Automatic Meshing for Internal Combustion Engine Simulation Using Hybrid Body Fitted Grid and Embedded Remeshing Process

Computation of IC-engine-type Flows by an Extended Partially Averaged Navier-Stokes Model with a Novel Scale Supplying Equation

Combined Application of 1D-3D Simulations and Auto-Regressive Technique for the Characterization of Knock Proximity in a Small VVA Turbocharged Engine

An Integrated Experimental and Simulation Study of Cycle-to-Cycle Variations in a Homogeneous-Charge Spark-Ignition Engine

Application of Detailed Soot-Particle Kinetics to Spray Experiments and GDI Engine Simulations

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