Technical Library

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Name Author(s) Datesort descending
Aspects of Industrial Flow Prediction using LES David Gosman
Advanced Applications of STAR-CCM+ in Chemical Process Industry Ravindra Aglave
Advanced Applications of STAR-CCM+ in Chemical Process Industry Ravindra Aglave
Modeling Chemical Reactions in CFD
Emulating the Direct Blister Furnace Process with Coal Combustion Bennie Henning
In-Cylinder Engine Calculations: New Features & Upcoming Capabilities Richard Johns
New features of STAR-CCM+7.02 Jun Ho Choi
Better Reactors Grow from Better Simulations Emilio Baglietto
Shape Optimization of a Top Entry Mixer - A Case Study using CAESES / STAR-CCM+ Mike Saroch
Modelling Multiphase Flows in the Chemical and Process Industry Simon Lo
Combustion Modeling for Industrial Systems Niveditha Krishnamoorthy
Best Practice: Multiphase Flows Xiao Hu
Key STAR Technologies: Dispersed Multiphase Flow & Liquid Film Modeling David Gosman
Multiphase Flow Models in STAR-CCM+ Simon Lo
Using STAR-CCM+ for Research & Teaching at the Chair of Chemical & Process Engineering Matthias Kraume, Gregor Wehinger, Thomas Eppinger
Modeling an Axisymmetric Perforated Brick Catalyst Ahmad Mat Yamin
Key STAR Technologies: Dispersed Multiphase Flow & Liquid Film Modeling David Gosman
Multiphase flow I (Eulerian two phase flow and Boiling) Prof. Simon Lo
Reacting Flow Applications in STAR-CCM+ Rajesh Rawat
Spatially Resolved Simulations of Heterogeneous Dry Reforming of Methane in Fixed-Bed Reactors Thomas Eppinger (CD-adapco), Matthias Kraume (Technische Universität Berlin)
STAR-CCM+ in the Process Industry Mark Farrall
DEM Solutions for Oil & Gas and Chemical Industries Oleh Baran
Integrating STAR-CCM+ with a Systems Analysis Code for Nuclear Reactor Safety Simulations Justin W. Thomas
Multi-Fuel Combustion & Detailed Chemistry Reaction Models Rajesh Rawat
Reacting Flow Applications in STAR-CCM+ Rajesh Rawat
Modeling industrial multiphase flows with STAR-CCM+ Simon Lo, Dominik Kubicki
CD-adapco's vision of STAR-CCM+ in Chemical Industry Ravindra Aglave
Examining the Cost Return Ratio for CFD in the Gas, Oil and Chemical Industries Mike Porter, President
Multiphase Flow Models in STAR-CCM+ Simon Lo
Multiphase flow II (Applications & Theoretical background of DEM) Prof. Simon Lo
Overview & Perspectives for Internal Combustion Engine using STAR-CD Marc Zellat
Shape Optimization of a Top Entry Mixer - A Case Study using CAESES / STAR-CCM+ Mike Saroch
Application of Direct Quadrature Method of Moments in Multiphase Flows using STAR-CCM+ John Parra-Alvarez
Reaction Furnace Flame Analysis Mike Porter
0D/1D after-treatment modeling with DARS Fabian Mauss
Computational Fluid Dynamics for Reactor Design & Safety-Related Applications Emilio Baglietto
Simulation of Particulate Solids Processing using Discrete Element Method Oleh Baran
Meeting the Challenges of Fluid-Structure Interaction Alan Mueller
Design & Evaluation of a Passive Micromixer with Curved Shape Obstacles & Grooves in the Mixing Channel Cesar Augusto Cortes-Quiroz, Mark Tracey
Kopplung von DEM und CFD zur Simulation von Festbettreaktoren für stark exotherme Reaktionen Kevin Seidler, Thomas Eppinger
Overview & Perspectives for Internal Combustion Engine using STAR-CD Mark Zellat
Reacting Flow Modeling in STAR-CCM+ Rajesh Rawat
Multiphase Flow Models in STAR-CCM+ Simon Lo
Spatially Resolved Simulations of Heterogeneous Dry Reforming of Methane in Fixed-Bed Reactors Thomas Eppinger (CD-adapco) Matthias Kraume (Technische Universität Berlin)
DARS SRM as Combustion Model for Engine Concept Development Arne Andersson
Information Gain through Validation with Uncertainty Quantification (V/UQ) Philip J. Smith
After treatment :SCR modeling using STAR-CCM+ Richard Johns
Discrete Element Method in STAR-CCM+ Oleh Baran
Discrete Element Method (DEM) in STAR-CCM+ Oleh Baran
Application of DEM Model of STAR-CCM+ for Granular Flow Through a Pipe 加藤 丈侍様

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