17:03

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

14:28

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

15:59

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

10:22

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

10:42

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

11:47

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

12:59

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

13:32

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

14:00

Flamelet modeling of aluminum particle combustion under laminar condition

26:21

A GPU Acceleration Framework of OpenFOAM

19:11

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

21:23

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

17:32

Effect of backpressure on atomization characteristics of impinging jets

16:12

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

09:13

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

14:57

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

11:48

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

29:23

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

23:37

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

36:09

Supersonic combustion modeling based on dynamic zone concept

18:42

Filtered turbulent flame model in non-premixed combustion

34:59

Simulation of multiphase and reacting flows for cleaner combustion using OpenFOAM

44:58

FireFOAM – Modeling Industrial Fire Hazard involving thermoplastic and liquid fuels

40:39

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

44:24

DetonationFOAM and its application in oblique detonation waves

30:11

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

36:00

BYCFOAM and its application in rotating detonation engine

34:01

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

22:42

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

45:18

Numerical simulations of reacting flows with detailed kinetic mechanisms in OpenFOAM

17:53

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

47:45

Birth and Development of CFD: Perspectives and Prospects

51:57

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

01:07:09

Insights from perturbed laminar premixed flames

01:12:46

Collective Behaviors of Flickering Buoyant Diffusion Flames

56:56

Laminar Flame Simulations for Carbon Neutral Energy Conversion

01:21:55

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

01:08:52

Flame scale simulations of wildland fire spread with OpenFOAM

01:11:10

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

57:39

FireFOAM and its application in fire research

01:02:29

Flame Structure, Stabilization andTransition of Fire Whirls

01:15:40

Accelerating reactive-flow simulations with detailed kinetics in OpenFOAM

01:13:22

Conditional Source-term Estimation Model Hypothesis Validation and Model Developments

01:16:33

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

01:08:57

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

01:08:44

A novel spray flamelet tabulation method considering evaporation effects

01:26:17

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

01:15:28

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

01:09:41

Particle-Laden and Droplet-Laden Flows

01:15:05

Reactor-Based Modelling of MILD Combustion in OpenFOAM

01:17:40

Radiation Modeling in Combustion Applications

01:06:10

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

01:06:32

Simulations of Forced Ignition Processes using OpenFOAM

58:39

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

01:19:19

Fast Reactive Flow Simulations Using DLBFoam: The Method and Applications

01:13:25

High Fidelity Simulations of Turbulent and Multiphase Flows using OpenFOAM

01:42:48

HyChem Modeling of Real-Fuel Combustion Chemistry

01:00:23

BlastFoam: Simulation Methods for High Explosives

01:17:51

Large Eddy Simulations of Inert and Reacting Transcritical Real Gas Flows

01:30:06

Combustion Machine Learning: Principles, Progress, and Perspectives