International audienceThe exergy framework presents an interesting complement to traditional drag extraction methods for the performance evaluation of aerodynamic devices. On the one hand it remains valid for novel configurations for which no thrust/drag distinction is applicable (e.g. Boundary Layer Ingestion), while it can also account for the influence of thermal effects. At the same time, it can provide an additional understanding on the physical phenomena occuring within the flowfield and their interactions, via the destruction of exergy or its transfer from one form to another. The present work aims at providing a further insight into some numerical aspects of the exergy balance approach. A strategy towards the limitation of some of i...
Aircraft environmental control systems are complex energy intensive systems and the most important n...
Známý Gouyův – Stodolův teorém určuje, že zařízení produkuje maximální užitečný výkon, když pracuje ...
The entropy generation analysis of adiabatic combustion systems was performed to quantify the exergy...
A new exergy-based formulation is derived for the assessment of the aerothermopropulsive performance...
The aerodynamic analysis by the exergy method is reviewed. The existing formulations are analyzed fo...
International audienceAircraft have evolved into extremely complex systems that require adapted meth...
As a consequence of practicalities, work share and difficulties in designing complex aerospace syste...
This paper aims to provide a prediction method for the transverse exergy of the wing’s trailing vort...
Thermodynamic analysis methods, based on an exergy metric, have been developed to improve system eff...
The lens of exergy is used to investigate a wingtip vortex in the near wake over a range of angles o...
Energy issue is becoming increasingly crucial for industrial sector that consumes large quantities o...
Recently, the second law of thermodynamics has been used to develop the concept of a “common currenc...
This paper focuses on the aerodynamic analysis and drag decomposition of an unpowered, low aspect ra...
Les outils et méthodologie utilisés actuellement par les ingénieurs ne permettent pas d’évaluer effi...
Aero engine performance analysis is highly multidimensional using various measures of component perf...
Aircraft environmental control systems are complex energy intensive systems and the most important n...
Známý Gouyův – Stodolův teorém určuje, že zařízení produkuje maximální užitečný výkon, když pracuje ...
The entropy generation analysis of adiabatic combustion systems was performed to quantify the exergy...
A new exergy-based formulation is derived for the assessment of the aerothermopropulsive performance...
The aerodynamic analysis by the exergy method is reviewed. The existing formulations are analyzed fo...
International audienceAircraft have evolved into extremely complex systems that require adapted meth...
As a consequence of practicalities, work share and difficulties in designing complex aerospace syste...
This paper aims to provide a prediction method for the transverse exergy of the wing’s trailing vort...
Thermodynamic analysis methods, based on an exergy metric, have been developed to improve system eff...
The lens of exergy is used to investigate a wingtip vortex in the near wake over a range of angles o...
Energy issue is becoming increasingly crucial for industrial sector that consumes large quantities o...
Recently, the second law of thermodynamics has been used to develop the concept of a “common currenc...
This paper focuses on the aerodynamic analysis and drag decomposition of an unpowered, low aspect ra...
Les outils et méthodologie utilisés actuellement par les ingénieurs ne permettent pas d’évaluer effi...
Aero engine performance analysis is highly multidimensional using various measures of component perf...
Aircraft environmental control systems are complex energy intensive systems and the most important n...
Známý Gouyův – Stodolův teorém určuje, že zařízení produkuje maximální užitečný výkon, když pracuje ...
The entropy generation analysis of adiabatic combustion systems was performed to quantify the exergy...