Add to ORKGLarge-eddy simulation (LES) can provide valuable high-resolution spatial and temporal information required to study the effects of turbulent transport and mixing on the chemical transformation of reacting scalars in the at
Abstract. The effects of chemistry on the transport and the mixing of reacting scalars in the convec...
As emissions regulations are getting stricter and efficiency requirements of engines are increasing,...
A study is conducted to identify advantages and limitations of existing large-eddy simulation (LES) ...
In the foreseeable future, Direct Numerical Simulation (DNS), a technique in which all flow scales a...
Large-eddy simulations (LES) is an attractive approach for the simulation of turbulent flows involvi...
In large-eddy simulations (LESs) of atmospheric reacting flows, homogeneous and instantaneous mixing...
Development of accurate combustion models is needed to aid in the design of improved combustors in b...
While numerical simulations of turbulent fl ows applying Reynolds averaging techniques sol-ve equati...
Scalar mixing is an important phenomenon in many engineering application devices such as internal co...
Large-eddy simulation (LES) can provide valuable high-resolution spatial and temporal information ne...
Six subgrid models for the turbulent stress tensor are tested by conducting large-eddy simulations (...
In this work, a novel model for Large Eddy Simulations (LES) of high Reynolds mo...
The filtered density function (FDF) method is being extended for subgrid scale (SGS) closure as requ...
Direct numerical simulation (DNS) of turbulent reacting flows at technically rele-vant high Reynolds...
Transitional states obtained from Direct Numerical Simulation (DNS) of a supercritical mixing layer ...
Abstract. The effects of chemistry on the transport and the mixing of reacting scalars in the convec...
As emissions regulations are getting stricter and efficiency requirements of engines are increasing,...
A study is conducted to identify advantages and limitations of existing large-eddy simulation (LES) ...
In the foreseeable future, Direct Numerical Simulation (DNS), a technique in which all flow scales a...
Large-eddy simulations (LES) is an attractive approach for the simulation of turbulent flows involvi...
In large-eddy simulations (LESs) of atmospheric reacting flows, homogeneous and instantaneous mixing...
Development of accurate combustion models is needed to aid in the design of improved combustors in b...
While numerical simulations of turbulent fl ows applying Reynolds averaging techniques sol-ve equati...
Scalar mixing is an important phenomenon in many engineering application devices such as internal co...
Large-eddy simulation (LES) can provide valuable high-resolution spatial and temporal information ne...
Six subgrid models for the turbulent stress tensor are tested by conducting large-eddy simulations (...
In this work, a novel model for Large Eddy Simulations (LES) of high Reynolds mo...
The filtered density function (FDF) method is being extended for subgrid scale (SGS) closure as requ...
Direct numerical simulation (DNS) of turbulent reacting flows at technically rele-vant high Reynolds...
Transitional states obtained from Direct Numerical Simulation (DNS) of a supercritical mixing layer ...
Abstract. The effects of chemistry on the transport and the mixing of reacting scalars in the convec...
As emissions regulations are getting stricter and efficiency requirements of engines are increasing,...
A study is conducted to identify advantages and limitations of existing large-eddy simulation (LES) ...