Sustainable development associated with the need to reduce the energy consumption and to offer more creative freedom to the automobile designers requires looking for new solutions of control without appendix added nor geometrical modification. Among these solutions, the active flow control by fluidic actuators constitutes an interesting alternative. Various configurations of control are thus tested in order to reduce the aerodynamic drag. The results show that protocols based on control by suction, blowing or intermittent jet allows reducing the aerodynamic drag and consequently the consumption and CO2 emissions
In the past few decades, the automotive industry saw the development of several environment-friendly...
This is the final version. Available on open access from MDPI via the DOI in this recordData Availab...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....
Recent spikes in fuel prices and concern regarding greenhouse gas emissions, automotive design engin...
Due to higher price, limited supply and negative impacts on environment by fossil fuel, automobile i...
Improving aerodynamic efficiency of bluff bodies is a very interesting solution for reducing fuel co...
Road vehicles are still largely a consumer product and as such the styling of a vehicle becomes a ...
Due to higher price, limited supply and negative impacts on environment by fossil fuel, automobile i...
A passive flow control on a generic car model was numerically studied. The Ahmed model with rear sla...
A complete flow control over road vehicles is difficult to achieve because of different phenomena oc...
Continuous innovation is very important to stay competitive in today’s world. Automotive manufacture...
The aerodynamic torsor of a vehicle is among the most crucial parameters in new car development. Thi...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
This paper highlights the technology development of two flow control concepts for aircraft drag redu...
Automobile aerodynamic studies are typically undertaken to improve safety and increase fuel efficien...
In the past few decades, the automotive industry saw the development of several environment-friendly...
This is the final version. Available on open access from MDPI via the DOI in this recordData Availab...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....
Recent spikes in fuel prices and concern regarding greenhouse gas emissions, automotive design engin...
Due to higher price, limited supply and negative impacts on environment by fossil fuel, automobile i...
Improving aerodynamic efficiency of bluff bodies is a very interesting solution for reducing fuel co...
Road vehicles are still largely a consumer product and as such the styling of a vehicle becomes a ...
Due to higher price, limited supply and negative impacts on environment by fossil fuel, automobile i...
A passive flow control on a generic car model was numerically studied. The Ahmed model with rear sla...
A complete flow control over road vehicles is difficult to achieve because of different phenomena oc...
Continuous innovation is very important to stay competitive in today’s world. Automotive manufacture...
The aerodynamic torsor of a vehicle is among the most crucial parameters in new car development. Thi...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
This paper highlights the technology development of two flow control concepts for aircraft drag redu...
Automobile aerodynamic studies are typically undertaken to improve safety and increase fuel efficien...
In the past few decades, the automotive industry saw the development of several environment-friendly...
This is the final version. Available on open access from MDPI via the DOI in this recordData Availab...
Thesis deals with description of passive and active methods of reducing automotive aerodynamic drag....