Development and validation of CFD-DEM coupling interface for heat & mass transfer using partitioned coupling approach

Development of 6-way CFD-DEM-FEM momentum coupling interface using partitioned coupling approach

Numerical insights into rock–ice avalanche geophysical flow mobility through CFD–DEM simulation

Parallel Multi-Physics Coupled Simulation of a Midrex Blast Furnace

Digital Twin Technology In The Thermal Processing Industry Of Granular Material Based On The Extended Discrete Element Method (XDEM)

Investigation of CFD-DEM-FEM momentum coupling results for AWJC Nozzle using preCICE

6-way CFD-DEM-FEM partitioned momentum coupling using preCICE

6-way CFD-DEM-FEM partitioned momentum coupling using preCICE

Immersed boundary method for considering lubrication effects in the CFD-DEM simulations

A Transient And Highly Resolving Multiphase Approach For Blast Furnaces Based On The XDEM Technology

Toward High-Performance Multi-Physics Coupled Simulations for the Industry with XDEM

Investigation of CFD-DEM momentum coupling results for AWJC Nozzle using preCICE

6-way CFD-DEM-FEM momentum & HMT coupling using preCICE

Three-dimensional CFD-DEM simulation of raceway transport phenomena in a blast furnace

Developing the AM G-code based thermomechanical finite element platform for the analysis of thermal deformation and stress in metal additive manufacturing process

Reconstruct the biomass particles fields in the particle-fluid problem using continuum methods by applying the physics-informed neural network

Developing a DEM-Coupled OpenFOAM solver for multiphysics simulation of additive manufacturing process

Implementing a hybrid immersed boundary/fictitious domain (HFD-IB) method coupled with the Discrete Element Method (DEM) to consider lubrication effects between the particles in the fluid domain

Local Verlet buffer approach for broad-phase interaction detection in Discrete Element Method

Parallel Multi-Physics Simulation of Biomass Furnace and Cloud-based Workflow for SMEs

Analysis of Coke Particle Gasification in the Raceway of a Blast Furnace

An Innovative Partitioning Technology for Coupled Software Modules

HEAT AND MASS TRANSFER BETWEEN XDEM & OPENFOAM USING PRECICE COUPLING LIBRARY

Development of an HPC Multi-Physics Biomass Furnace Simulation and Integration in a Cloud-based Workflow

MATERIAL MODELLING AND FINITE ELEMENT ANALYSIS IN METAL ADDITIVE MANUFACTURING

XDEM study of burden distribution in iron ore pellet firing

Prediction of the biomass particles through the physics informed neural network.

Analysis of a blast furnace behaviour through a resolving euler-lagrange approach

AWJC Nozzle simulation by 6-way coupling of DEM+CFD+FEM using preCICE coupling library

A Discrete Element Framework for Modeling the Mechanical Behaviour of Snow PART I: Mechanical Behaviour and Numerical Model

A Discrete Element Framework for Modeling the Mechanical Behaviour of Snow PART II: Model Validation

OpenMP optimisation of the eXtended Discrete Element Method (XDEM)

Evaluation of erosion inside AWJC Nozzle by 6-way coupling of DEM+CFD+FEM using preCICE

Mathematical modeling of thermal behavior of single iron ore pellet during heat hardening oxidation

Eulerian-Lagrangian momentum coupling between XDEM and OpenFOAM using preCICE

HPC Multi-physics Biomass Furnace simulations as a Service

Process analysis in thermal process engineering with high-performance computing using the example of grate firing

ROS networks: designs, aging, Parkinson's disease and precision therapies.

Lowering the obstacles for SMEs to adopt multi-physics biomass furnace simulations by providing a cloud based solution

Accelerating fatigue simulations of a phase-field damage model for rubber

Numerical Analysis of Interaction between a Reacting Fluid and a Moving Bed with Spatially and Temporally Fluctuating Porosity

Predicting near-optimal skin distance in Verlet buffer approach for Discrete Element Method

Detailed Numerical Three-dimensional and Transient Analysis of a Grate Firing Combustion Process by Innovative High Performance Computing

Fatigue phase-field damage modeling of rubber using viscous dissipation: Crack nucleation and propagation

DEM simulation of dense granular flows in a vane shear cell: Kinematics and rheological laws

Data Centric Engineering and Data-Driven Modelling - Computational Engineering Lab Report 2019

A Forcing Fictitious Domain Method to Simulate Fluid-particle Interaction of Particles with Super-quadric Shape

Micromechanical model for sintering and damage in viscoelastic porous ice and snow. Part I: Model and calibration

Micromechanical model for sintering and damage in viscoelastic porous ice and snow. Part II: validation

Verlet buffer for broad-phase interaction detection in Discrete Element Method

Comparison of numerical schemes for 3D Lattice Boltzmann simulations of moving rigid particles in thermal fluid flows

High Performance Parallel Coupling of OpenFOAM+XDEM

Co-located Partitioning Strategy and Dual-grid Multiscale Approach for Parallel Coupling of CFD-DEM Simulations

A forcing fictitious domain/immersed boundary method for super-quadric shape of particulate flow simulation of cementitious material

Comparison of boundary treatments in thermal Lattice Boltzmann simulations of moving particles in fluids

An interface resolved immersed boundary method in XDEM for particulate flow simulations

A parallel dual-grid multiscale approach to CFD-DEM couplings

Simulation-based Optimisation Of Selective Laser Sintering/Melting Process

Rate-dependent phase-field damage modeling of rubber and its experimental parameter identification

The XDEM Multi-physics and Multi-scale Simulation Technology: Review on DEM-CFD Coupling, Methodology and Engineering Applications

A Discrete-Continuous Method for Predicting Thermochemical Phenomena in a Cement Kiln and Supporting Indirect Monitoring

SOFTENING AND MELTING MODELING OF IRON ORE PARTICLES USING A CFD-DEM COUPLING METHOD

Verlet buffer for broad phase interaction detection in Discrete Element Method

A co-located partitions strategy for parallel CFD-DEM couplings

Hybrid MPI+OpenMP Implementation of eXtended Discrete Element Method

MULTI-SCALE MODELLING OF SNOW MECHANICS

Parallel Coupling of CFD-DEM simulations

Micromechanical model for sintering and damage in viscoelastic porous ice and snow. Part I: Theory

Experimental and numerical investigation into the softening Behavior of a packed bed of iron ore pellets

Parallel Coupling of CFD-DEM simulations

The Extented Discrete Element Method (XDEM): An Advanced Approach to Model Blast Furnace

On the performance of an overlapping-domain parallelization strategy for Eulerian-Lagrangian Multiphysics software

Comparing Broad-Phase Interaction Detection Algorithms for Multiphysics DEM Applications

Exploring a Multiphysics Resolution Approach for Additive Manufacturing

Hydrodynamic Analysis of Gas-Liquid-Liquid-Solid Reactors using the XDEM Numerical Approach

A Multiscale DEM-VOF Method for the simulation of three-phase flows

ECCOMAS Newsletter - Computational and Data Sciences in Luxembourg

A comparison between discrete analysis and a multiphase approach for predicting heat conduction in packed beds

Comparison of Several RANS Modelling for the Pavia TRIGA Mark II Research Reactor

Development of a Data-Driven Approach based on Kalman filtering for CFD Reactor Analysis

A Parallel Multiscale DEM-VOF Method For Large-Scale Simulations Of Three-Phase Flows

A Numerical approach for the evaluation of particle-induced erosion in an Abrasive Waterjet focusing tube

Coupled CFD-DEM with Heat and Mass transfer to Investigate the Melting of a Granular Packed Bed

Resolving Multiphase Flow through Packed Bed of Solid Particles Using eXtended Discrete Element Method with Porosity Calculation

Multiscale model of sintering: diffusion and plastic flow

Preliminary investigation on the capability of eXtended Discrete Element method for treating the dripping zone of a blast furnace

Conversion analysis of a cylindrical biomass particle with a DEM-CFD coupling approach

Parallelizing XDEM: Load-balancing policies and efficiency, a study

Flow characteristics of metallic powder grains for additive manufacturing

Comparison of Several RANS Modelling for the Pavia TRIGA Mark II Research Reactor

Evaluating Erosion Patterns in an abrasive water jet cutting nozzle using XDEM

LES-VOF SIMULATIONS OF A PURE WATER JET DEVELOPING INSIDE AN AWJC NOZZLE: PRELIMINARY OBSERVATIONS AND GUIDELINES

Multiscale-multiphysics approaches for engineering applications

On the choice of a phase interchange strategy for a multiscale DEM-VOF Method

ON THE INFLUENCE OF DIFFERENT MAPPING TECHNIQUES FOR A MULTISCALE APPROACH TO TURBULENT THREE-PHASE FLOWS

A DEM-LES-VOF METHOD FOR TURBULENT THREE PHASE FLOWS

A PRELIMINARY STUDY ON THE STABILITY OF PARTICLE LADEN JETS THROUGH A FULLY COUPLED CFD-DEM SOLVER

A Combined Experimental and Numerical Approach to a Discrete Description of Indirect Reduction of Iron Oxide

XDEM for Tuning Lumped Models of Thermochemical Processes Involving Materials in the Powder State

HPC or the Cloud: a cost study over an XDEM Simulation

Modeling of the biomass combustion on a forward acting grate using XDEM

Numerical study of the influence of particle size and packing on pyrolysis products using XDEM

XDEM: eXtended Discrete Element Method

A discrete-continuous approach to describe CaCO3 decarbonation in non-steady thermal conditions

XDEM Used for Predicting Tungsten-Oxide Reduction

Performance Evaluation of the XDEM framework on the OpenStack Cloud Computing Middleware

A discrete-continuous approach to describe CaCO3 decarbonation in non-steady thermal conditions

Predicting Tungsten Oxide Reduction with the Extended Discrete Element Method

Multiskalenmodellierung für technische Anwendungen

The Extended Discrete Element Method (XDEM) as a Flexible and Advanced Tool in Multi-physics Applications

A discrete/continuous numerical approach to multi-physics

A Combined Experimental and Numerical Approach to a Discrete Description of Indirect Reduction of Iron Oxide

Experimental and numerical investigation into iron ore reduction in packed beds

A Discrete Approach to Describe the Elastic-plastic Behaviour of Snow

Assessing Heat Transfer Through Walls Of Packed Bed Reactors By An Innovative Particle-Resolved Approach

ROS homeostasis in a dynamic model: How to save PD neuron?

Decentralized Power Supply for Small and Medium User Facilities

Comparison of ODE-based models for reactive oxygen species regulation system

eXtended Discrete Element Method used for predicting tungsten-oxide reduction in a dry-hydrogen atmosphere

Detailed numerical modeling of pyrolysis in a heterogeneous packed bed using XDEM

XDEM employed to predict reduction of tungsten oxide in a dry hydrogen atmosphere

Application of XDEM as a novel approach to predict drying of a packed bed

XDEM - FEM Coupling Simulations of the Interactions between a Tire Tread and Granular Terrain

An Integral Approach to Multi-physics Application for Packed Bed Reactors

Scale-Resolved Prediction of Pyrolysis in a Packed Bed by the Extended Discrete Element Method (XDEM)

The extended discrete element method (XDEM) applied to drying of a packed bed

Beschreibung des Transportes von Schwimmkörpern bei Flutwasser über eine Euler-Lagrange Kopplung

Evaluation of heat transfer on a backward acting grate

Experimental and Numerical Evaluation of the Residence Time Characteristics on a Forward Acting Grate

Transport Characteristics of Granular Matter on a Forward Acting Grate

An Efficient 3D FEM - DEM Coupling for Granular Matter Applications

Simulation des Traktionsverhaltens von Reifen auf granularem Untergrund durch eine Kopplung zwischen der Finiten (FEM) und der Diskreten Element Methode (DEM)

Design principles study of ROS management and ROS-induced mitophagy with a kinetic model

Die Extended Discrete Element Method (XDEM) als integraler Ansatz für reagierende Mehrphasenströmungen

3D DEM – FEM Coupling to Analyse the Tractive Performance of Different Tire Treads in Soil

ROS-induced regulation of mitophagy and its failure in Parkinson’s disease

The extended discrete element method (XDEM) for multi-physics applications

The Extended Discrete Element Method (XDEM) for Multi-Physics Applications

Extended Discrete Element Method (XDEM) to Model Heterogeneous Reactions in Packed Beds

Discrete Element Modeling of Inter-Granular Bonds between Snow Grains

eXtended Discrete Element Method used for convective heat transfer predictions

Unified Design for Parallel Execution of Coupled Simulations using the Discrete Particle Method

Multi-physikalische Anwendungen mit der Extended Discrete Element Method (XDEM)

Simulation von reagierenden Mehrphasen- strömungen mit der Extended Discrete Element Method (XDEM)

The extended discrete element method (XDEM) for multi-physics applications

The Extended Discrete Element Method (XDEM) for Multi-Physics Applications

Application of the Extended Discrete Element Method (XDEM) in Computer-Aided Process Engineering

Enhanced Thermal Process Engineering by the Extended Discrete Element Method (XDEM)

Die Extended Discrete Element Method (XDEM) für multiphysikalische Anwendungen

Die Extended Discrete Element Method (XDEM) als integraler Ansatz für reagierende Mehrphasenströmungen

Numerical prediction of the bulk density of granular particles of di erent geometries

A Numerical Approach to Predict Sulphur Dioxide Emissions During Switchgrass Combustion

Experimental and numerical investigation into the residence time distribution of granular particles on forward and reverse acting grate

Assessment of the potentials of implicit integration method in discrete element modelling of granular matter

Resolution of Different Length Scales by an Efficient Combination of the Finite Element Method and the Discrete Element Method

Energy and First Law of Thermodynamics

Simultaneous prediction of potassium chloride and sulphur dioxide emissions during combustion of switchgrass

Heat transfer in Fixed and Moving Packed Beds Predicted by the Extended Discrete Element Method

A shrinking model for combustion gasification of char based on transport and reaction time scales

Developing a fast photochemical calculator for an integrated assessment model

An Integrated Approach to Model Blast Furnaces

Application of a detailed reaction mechanism to pyrolysis of miscanthus giganteus

Prediction of pyrolysis of pistachio shells based on its components hemicellulose, cellulose and lignin

Validation of a numerical approach to model pyrolysis of biomass and assessment of kinetic data

Prediction of Conversion of a Packed Bed of Fuel Particles on a Forward Acting

Simulation of Thermal Conversion of Solid Fuel By The Discrete Particle Method

Evaluation of potassium chloride emissions applying the Discrete Particle Method (DPM)

Evaluation of potassium chlorine emissions applying the Discrete Particle Method (DPM)

Trade-offs between energy cost and health impact in a regional coupled energy–air quality model: the LEAQ model

A discrete approach to thermal conversion of solid fuel by the discrete particle method (dpm)

Combustion Handbook

Approach To Predict Emission of Sulfur Dioxide during Switchgrass Combustion Employing the Discrete Particle Method (DPM)

Selecting a fast air quality calculator for an optimization meta-model

Parallel implementation of domain decomposition algorithm for molecular dynamics

An Approach to Visualise Tensor Fields in Engineering

Experimental and numerical evaluation of the transport behaviour of moving bed on a forward acting grate

A mass conservative Kalman filter algorithm for thermo-computational fluid dynamics

Modelling challenges & simulation results comparison study for inactive elements activation approach in numerical simulation of Selective Laser Melting Additive Manufacturing process