Technical Library

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Name Author(s) Datesort ascending
Improvement of Heat Transfer Coefficients in a Shell and Helical Tube Heat Exchanger Using Water/Al2o3 Nanofluid Vinodkumar , Kiran Voonna, T.K. Tharakeshwar June 1, 2015
STUDY OF GAS-SOLID FLUIDIZED BED - TUNING SYAMLAL O’BRIEN DRAG MODEL GAURAV KATHURIA,, ADITYA KARNIK, MOHIT TANDON May 19, 2015
COUPLING OF 3D NUMERICAL SOLUTION METHOD BASED ON NAVIER-STOKES EQUATIONS WITH SOLUTIONS BASED ON SIMPLER THEORIES Sven Enger, Milovan Perić, Henrique Monteiro November 23, 2014
Numerical Investigation of the Effect of Bed Height on Minimum Fluidization Velocity of Cylindrical Fluidized Bed Ajay M R July 31, 2013
Numerische Strömungssimulation zur Berechnung der Verweilzeitverteilung in einem Biogasreaktor Christian Bock November 28, 2011
Simulation der Stromungspro Carsten Futterer October 30, 2011
Numerische Simulation der Hydrodynamik, des Stoffumsatzes und der chemischen Reaktion in einem T-förmigen Mikromischer Fabian Huck September 16, 2011
Experimental and Numerical Analysis of Transport in Saturated Heterogeneous Media S. J. Harrington June 3, 2010
Application of computational fluid dynamics to spray drying Simon LO July 5, 2005
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
Application of DEM Model of STAR-CCM+ for Granular Flow Through a Pipe 加藤 丈侍様
Carbon Monoxide Prediction for Natural Gas in Atmospheric Burner Lucas Baldani
Discrete Element Method (DEM) in STAR-CCM+ Oleh Baran
Glass Bottle Forming Process Modeled in STAR-CCM+ Simone Ferrari, Marcello Ostorero
STAR-CCM+を用いた伝熱と相変化を伴う移動現象に関する解析 坂倉 圭様
Integrierte 3D-Strömungssimulation in der Gebäudetechnik und im Brandschutz Erwin Schnell
Silver Sponsor Presentation SIMULIA Clive Ford
Advanced Applications of STAR-CCM+ in Chemical Process Industry Ravindra Aglave
Practical Numerical Simulation of Laser Welding for Industrial Use Byron Bemis
Aspects of Industrial Flow Prediction using LES David Gosman
Advanced Applications of STAR-CCM+ in Chemical Process Industry Ravindra Aglave
Advances in STAR-CCM+ DEM models for simulating deformation, breakage, and flow of solids Satish Bonthu, Oleh Baran
Modeling Chemical Reactions in CFD
DARS v2.10 New Features
Emulating the Direct Blister Furnace Process with Coal Combustion Bennie Henning
In-Cylinder Engine Calculations: New Features & Upcoming Capabilities Richard Johns
Better Reactors Grow from Better Simulations Emilio Baglietto
Analysis & Modeling in CFD of the Mixing in an Industrial Anaerobic Membrane Bioreactor Jorge López
New features of STAR-CCM+7.02 Jun Ho Choi
Shape Optimization of a Top Entry Mixer - A Case Study using CAESES / STAR-CCM+ Mike Saroch
STAR-CCM+ DEMモデル - 変形、破損や固体の流れのシミュレーション Oleh Baran
Modelling Multiphase Flows in the Chemical and Process Industry Simon Lo
Combustion Modeling for Industrial Systems Niveditha Krishnamoorthy
Key STAR Technologies: Dispersed Multiphase Flow & Liquid Film Modeling David Gosman
STAR-CCM+® Usage for Sorbent Injection Optimization Tyler Derritt
Best Practice: Multiphase Flows Xiao Hu
Multiphase Flow Models in STAR-CCM+ Simon Lo
Reacting flow modeling and applications in STAR-CCM+ Yongzhe Zhang
Using STAR-CCM+ for Research & Teaching at the Chair of Chemical & Process Engineering Matthias Kraume, Gregor Wehinger, Thomas Eppinger
STAR-CCM+における混相モデリングの先進性 Ravindra Aglave
Modeling an Axisymmetric Perforated Brick Catalyst Ahmad Mat Yamin
Key STAR Technologies: Dispersed Multiphase Flow & Liquid Film Modeling David Gosman
Reacting Flow Applications in STAR-CCM+ Rajesh Rawat
CFD Lagrangian Multiphase Simulation Applied to Dust Explosion Characterization Hugo Pineda
Multiphase flow I (Eulerian two phase flow and Boiling) Prof. Simon Lo
Spatially Resolved Simulations of Heterogeneous Dry Reforming of Methane in Fixed-Bed Reactors Thomas Eppinger (CD-adapco), Matthias Kraume (Technische Universität Berlin)
Complex chemistry with DARS Karin Fröjd

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