Канал: OpenFOAM & Combustion Simulation Webinar

T-CCM coupled with PaSR combustion model for n-heptane turbulent spray combustion

T-CCM coupled with PaSR combustion model for n-heptane turbulent spray combustion

Forced ignition of premixed cool and hot DME/air flames in a laminar counterflow

Forced ignition of premixed cool and hot DME/air flames in a laminar counterflow

LES of a turbulent non-swirling polydisperse spray flame using tabulated chemistry method

LES of a turbulent non-swirling polydisperse spray flame using tabulated chemistry method

Numerical simulation of combined cycle engine based on different chemical kinetic mechanisms

Numerical simulation of combined cycle engine based on different chemical kinetic mechanisms

Numerical study on the effects of heated channel walls for premixed methane/air combustion dynamics

Numerical study on the effects of heated channel walls for premixed methane/air combustion dynamics

Large eddy simulation of flame describing function for premixed swirl-stabilized combustion

Large eddy simulation of flame describing function for premixed swirl-stabilized combustion

Application of ethylene/methane dual fuel reduced mechanism in HIFiRE-2 scramjet combustor

Application of ethylene/methane dual fuel reduced mechanism in HIFiRE-2 scramjet combustor

Numerical investigation of intrinsic instabilities in ammonia/hydrogen/air flames using OpenFOAM

Numerical investigation of intrinsic instabilities in ammonia/hydrogen/air flames using OpenFOAM

Flamelet modeling of aluminum particle combustion under laminar condition

Flamelet modeling of aluminum particle combustion under laminar condition

A GPU Acceleration Framework of OpenFOAM

A GPU Acceleration Framework of OpenFOAM

Numerical studies on the evaporation characteristics of liquid ammonia swirl flashing spray

Numerical studies on the evaporation characteristics of liquid ammonia swirl flashing spray

Numerical study on spray and combustion process based on Eulerian spray model and Combustion Model

Numerical study on spray and combustion process based on Eulerian spray model and Combustion Model

Effect of backpressure on atomization characteristics of impinging jets

Effect of backpressure on atomization characteristics of impinging jets

LES of a turbulent lifted methanol spray flame using a novel spray flamelet/ progress variable model

LES of a turbulent lifted methanol spray flame using a novel spray flamelet/ progress variable model

Numerical study on rotating detonation combustion with the discrete distribution of n-heptane sprays

Numerical study on rotating detonation combustion with the discrete distribution of n-heptane sprays

Validation and improvement of the hybrid central solver for high speed and multiphase flow

Validation and improvement of the hybrid central solver for high speed and multiphase flow

A new evaporation model for evaporating droplet and spray under diesel engine-like conditions

A new evaporation model for evaporating droplet and spray under diesel engine-like conditions

Numerical simulation of Li-ion battery: A multiscale modeling strategy based on OpenFOAM

Numerical simulation of Li-ion battery: A multiscale modeling strategy based on OpenFOAM

Numerical study of gas explosion evolution mechanism from semisubmersible platform by using OpenFOAM

Numerical study of gas explosion evolution mechanism from semisubmersible platform by using OpenFOAM

Supersonic combustion modeling based on dynamic zone concept

Supersonic combustion modeling based on dynamic zone concept

Filtered turbulent flame model in non-premixed combustion

Filtered turbulent flame model in non-premixed combustion

Simulation of multiphase and reacting flows for cleaner combustion using OpenFOAM

Simulation of multiphase and reacting flows for cleaner combustion using OpenFOAM

FireFOAM – Modeling Industrial Fire Hazard involving thermoplastic and liquid fuels

FireFOAM – Modeling Industrial Fire Hazard involving thermoplastic and liquid fuels

Wall-Modeled Large-Eddy Simulation for Complex Turbulent Flows around Axisymmetric Body

Wall-Modeled Large-Eddy Simulation for Complex Turbulent Flows around Axisymmetric Body

DetonationFOAM and its application in oblique detonation waves

DetonationFOAM and its application in oblique detonation waves

Non-equilibrium plasma on flame characteristics with a new plasma assisted combustion solver

Non-equilibrium plasma on flame characteristics with a new plasma assisted combustion solver

BYCFOAM and its application in rotating detonation engine

BYCFOAM and its application in rotating detonation engine

Recent challenges and progresses of DeepFlame towards AI and GPU empowered combustion CFD

Recent challenges and progresses of DeepFlame towards AI and GPU empowered combustion CFD

Lessons learned in OpenFOAM large-eddy simulations on sprays and flames between 2007-2023

Lessons learned in OpenFOAM large-eddy simulations on sprays and flames between 2007-2023

Numerical simulations of reacting flows with detailed kinetic mechanisms in OpenFOAM

Numerical simulations of reacting flows with detailed kinetic mechanisms in OpenFOAM

Investigating preferential diffusion effects in reacting flows with the OpenFOAM solver EBI-DNS

Investigating preferential diffusion effects in reacting flows with the OpenFOAM solver EBI-DNS

Birth and Development of CFD: Perspectives and Prospects

Birth and Development of CFD: Perspectives and Prospects

Numerical simulation of lithium ion battery safety issues: thermal runway, venting and jet fire

Numerical simulation of lithium ion battery safety issues: thermal runway, venting and jet fire

Insights from perturbed laminar premixed flames

Insights from perturbed laminar premixed flames

Collective Behaviors of Flickering Buoyant Diffusion Flames

Collective Behaviors of Flickering Buoyant Diffusion Flames

Laminar Flame Simulations for Carbon Neutral Energy Conversion

Laminar Flame Simulations for Carbon Neutral Energy Conversion

Combustion of iron powder for clean-energytransition: Unique problems and outlook

Combustion of iron powder for clean-energytransition: Unique problems and outlook

Flame scale simulations of wildland fire spread with OpenFOAM

Flame scale simulations of wildland fire spread with OpenFOAM

Numerical simulations of spray/combustion using OpenFOAM in IC engine conditions

Numerical simulations of spray/combustion using OpenFOAM in IC engine conditions

FireFOAM and its application in fire research

FireFOAM and its application in fire research

Flame Structure, Stabilization andTransition of Fire Whirls

Flame Structure, Stabilization andTransition of Fire Whirls

Accelerating reactive-flow simulations with detailed kinetics in OpenFOAM

Accelerating reactive-flow simulations with detailed kinetics in OpenFOAM

Conditional Source-term Estimation Model Hypothesis Validation and Model Developments

Conditional Source-term Estimation Model Hypothesis Validation and Model Developments

LES of spray atomisation by using an explicit volume diffusion(EVD) method

LES of spray atomisation by using an explicit volume diffusion(EVD) method

mmcFoam – A Stochastic Multiple Mapping Conditioning Computational Model in OpenFOAM for Combustion

mmcFoam – A Stochastic Multiple Mapping Conditioning Computational Model in OpenFOAM for Combustion

A novel spray flamelet tabulation method considering evaporation effects

A novel spray flamelet tabulation method considering evaporation effects

DeepFlame: An open source machine learning empowered CFD package for reacting flow at all speeds

DeepFlame: An open source machine learning empowered CFD package for reacting flow at all speeds

Adaptive high-resolution simulation of reactive high-speed flows with the AMROC framework

Adaptive high-resolution simulation of reactive high-speed flows with the AMROC framework

Particle-Laden and Droplet-Laden Flows

Particle-Laden and Droplet-Laden Flows

Reactor-Based Modelling of MILD Combustion in OpenFOAM

Reactor-Based Modelling of MILD Combustion in OpenFOAM

Radiation Modeling in Combustion Applications

Radiation Modeling in Combustion Applications

Simulation of Turbulent Premixed Flames using Conditional Source-Term Estimation in OpenFoam

Simulation of Turbulent Premixed Flames using Conditional Source-Term Estimation in OpenFoam

Simulations of Forced Ignition Processes using OpenFOAM

Simulations of Forced Ignition Processes using OpenFOAM

Multi Physics Modeling of Multiphase and Reacting Flows in OpenFOAM High Pressure Phase Change

Multi Physics Modeling of Multiphase and Reacting Flows in OpenFOAM High Pressure Phase Change

Fast Reactive Flow Simulations Using DLBFoam: The Method and Applications

Fast Reactive Flow Simulations Using DLBFoam: The Method and Applications

High Fidelity Simulations of Turbulent and Multiphase Flows using OpenFOAM

High Fidelity Simulations of Turbulent and Multiphase Flows using OpenFOAM

HyChem Modeling of Real-Fuel Combustion Chemistry

HyChem Modeling of Real-Fuel Combustion Chemistry

BlastFoam: Simulation Methods for High Explosives

BlastFoam: Simulation Methods for High Explosives

Large Eddy Simulations of Inert and Reacting Transcritical Real Gas Flows

Large Eddy Simulations of Inert and Reacting Transcritical Real Gas Flows

Combustion Machine Learning: Principles, Progress, and Perspectives

Combustion Machine Learning: Principles, Progress, and Perspectives

Large Eddy Simulation of Supersonic Combustion via OpenFOAM

Large Eddy Simulation of Supersonic Combustion via OpenFOAM

Modeling of Turbulent Combustion using OpenFOAM Platform

Modeling of Turbulent Combustion using OpenFOAM Platform

Accurate and Efficient Simulation ofCombustion on Modern Supercomputers with OF Coupled to Cantera

Accurate and Efficient Simulation ofCombustion on Modern Supercomputers with OF Coupled to Cantera

Active Flow Control via Deep Reinforcement Learning Implemented in OpenFOAM

Active Flow Control via Deep Reinforcement Learning Implemented in OpenFOAM

Numerical Combustion Research using OpenFOAM from Fundamentals to Industrial Applications

Numerical Combustion Research using OpenFOAM from Fundamentals to Industrial Applications

Heterogeneous-computing based scalable solvers for turbulent conbustion

Heterogeneous-computing based scalable solvers for turbulent conbustion

Simulation of Reacting Flows with OpenFOAM

Simulation of Reacting Flows with OpenFOAM

Modeling combustion in IC engines using the OpenFOAM technology

Modeling combustion in IC engines using the OpenFOAM technology

Developing OpenFOAM for Safety Related Reactive Flows from Underpinning Physics to Applications

Developing OpenFOAM for Safety Related Reactive Flows from Underpinning Physics to Applications