Using a CFD simulation in the development of internal combustion engines, with1-D approach, can significantly reduce the time and costs associated withexperiments and prototyping. With commercial software we can use 1-Dcomputational models to optimize the parameters of manufactured engines andobserve hardly measurable values. This article describes the basic principle ofcreating and calibration of computational model
. The rotary engine mainly developed for the automotive industry by the NSU corporation is currently...
To accurately analyze combustion and emissions in the internal combustion engine, hundreds of chemic...
The objective of this thesis was to calibrate a CFD software for use on a Formula Student race car. ...
The paper outlines a procedure for the computer-controlled calibration of the combined zero-dimensio...
This work addresses the early stage calibration of a Formula SAE engine 1-D fluid dynamic model star...
The use of one-dimensional CFD engine simulation is an essential tool to the engine development proc...
This thesis describes the development of a one-dimensional internal combustion engine simulation pro...
Over the last decades, internal combustion engines have undergone a continuous evolution to achieve ...
This paper describes patterns of algorithms for different innovative levels of design at parametric,...
This report is the result of a one year project to provide Monash Motorsports FSAE team with vital p...
none4Exhaust emissions regulations are forcing the development of innovative and complex engine layo...
In the Diesel engine industry, increasing developments are conducted based on computational fluid dy...
The prediction of internal combustion engine performance and emissions in real driving conditions is...
This master’s thesis focuses on the optimization and increasing the efficiency of an engine of passe...
The present paper aims at developing an innovative procedure to create a one-dimensional (1D) real-t...
. The rotary engine mainly developed for the automotive industry by the NSU corporation is currently...
To accurately analyze combustion and emissions in the internal combustion engine, hundreds of chemic...
The objective of this thesis was to calibrate a CFD software for use on a Formula Student race car. ...
The paper outlines a procedure for the computer-controlled calibration of the combined zero-dimensio...
This work addresses the early stage calibration of a Formula SAE engine 1-D fluid dynamic model star...
The use of one-dimensional CFD engine simulation is an essential tool to the engine development proc...
This thesis describes the development of a one-dimensional internal combustion engine simulation pro...
Over the last decades, internal combustion engines have undergone a continuous evolution to achieve ...
This paper describes patterns of algorithms for different innovative levels of design at parametric,...
This report is the result of a one year project to provide Monash Motorsports FSAE team with vital p...
none4Exhaust emissions regulations are forcing the development of innovative and complex engine layo...
In the Diesel engine industry, increasing developments are conducted based on computational fluid dy...
The prediction of internal combustion engine performance and emissions in real driving conditions is...
This master’s thesis focuses on the optimization and increasing the efficiency of an engine of passe...
The present paper aims at developing an innovative procedure to create a one-dimensional (1D) real-t...
. The rotary engine mainly developed for the automotive industry by the NSU corporation is currently...
To accurately analyze combustion and emissions in the internal combustion engine, hundreds of chemic...
The objective of this thesis was to calibrate a CFD software for use on a Formula Student race car. ...