Add to ORKGA novel energy-based reduced-order model with the ability of isolating specific dynamics in turbulent pipe flow is investi-gated. The methodology to construct the model is discussed in detail, highlighting the limitations of the approach and future directions. Present results open up a new possibility for repre-senting turbulent flows and performing flow control studies
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
The present study evaluates the capabilities of a low-order flow model based on the resolvent analys...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
A reduced order model of a turbulent channel flow is composed from a direct numerical simulation dat...
The possibility of creating reduced-order models for canonical wall-bounded turbulent flows based on...
Two different tools, the non-empirical resolvent analysis and the data-based dynamic mode decomposit...
Two different tools, the non-empirical resolvent analy-sis and the data-based dynamic mode decomposi...
© 2018 Vikram RoutHigh-fidelity simulations of turbulent flows aim to accurately reproduce the stati...
The possibility of creating reduced-order models for canonical wall-bounded turbulent flows based on...
The present contribution explores the relationship between response and forcing via amplification me...
We describe a method to investigate the mode shapes in turbulent pipe flow at a given wavenumber pa...
We describe a method to investigate the mode shapes in turbulent pipe flow at a given wavenumber pa...
The present contribution explores the relationship between response and forcing via amplification me...
The present contribution explores the relationship between response and forcing via amplification me...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
The present study evaluates the capabilities of a low-order flow model based on the resolvent analys...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
A reduced order model of a turbulent channel flow is composed from a direct numerical simulation dat...
The possibility of creating reduced-order models for canonical wall-bounded turbulent flows based on...
Two different tools, the non-empirical resolvent analysis and the data-based dynamic mode decomposit...
Two different tools, the non-empirical resolvent analy-sis and the data-based dynamic mode decomposi...
© 2018 Vikram RoutHigh-fidelity simulations of turbulent flows aim to accurately reproduce the stati...
The possibility of creating reduced-order models for canonical wall-bounded turbulent flows based on...
The present contribution explores the relationship between response and forcing via amplification me...
We describe a method to investigate the mode shapes in turbulent pipe flow at a given wavenumber pa...
We describe a method to investigate the mode shapes in turbulent pipe flow at a given wavenumber pa...
The present contribution explores the relationship between response and forcing via amplification me...
The present contribution explores the relationship between response and forcing via amplification me...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...
The present study evaluates the capabilities of a low-order flow model based on the resolvent analys...
The response of pipe flow to physically realistic, temporally and spatially continuous(periodic) for...