Technical Library

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Name Author(s) Datesort ascending
Information Gain through Validation with Uncertainty Quantification (V/UQ) Philip J. Smith
DARS SRM as Combustion Model for Engine Concept Development Arne Andersson
Unsteady RANS and LES Analyses of Hooper’s Hydraulics Experiment in a Tight Lattice Bare Rod-bundle L. Chandra, F. Roelofs, E. M. J. Komen, E. Baglietto
STAR-CCM+ Meshing Aly Khawaja, Shigetoshi Maeda, Kuninori Masushige
Computational Fluid Dynamics for Reactor Design & Safety-Related Applications Emilio Baglietto様
Heat Transfer Through an Axial Fan with a Non-Homogeneous Temperature Source Markus Riesterer, Bettina Frohnapfel, (Karlsruhe Institute of Technology), Thomas Binner, Heinrich Reisterer, (Daimler AG)
Coupling of OLGA and STAR-CCM+ (1) Dennis Nagy
CFD analysis of a two-stroke 70cc moped engine to reduce spillage losses Manish Garg, Davinder Kumar
STAR-CCM+ Simulations of In-Situ Thermal Treatment of Oil-Shale Michal Hradisky
Water / Breakwater interactions using DFBI Jan-Hendrik Grobler
Best Practice: Turbomachinery Simulation Shigetoshi Maeda
Battery Modeling Solutions Gaetan Damblanc
CFD in Supercritical Water-cooled Nuclear Reactor (SCWR) with Horizontal Tube Bundles Zhi Shang, Simon Lo
Advances in Turbomachinery Simulation Fred Mendonça
Development of the DLN Micro-mix Hydrogen Combustion Technology with STAR-CCM+® Anis Haj Ayed
A Co-Simulation Approach to Modeling the Solenoid Valve Multiphysics Sharat Prasad, Kaushik Das, Krishna Gundu
Managing form, function and process: The aerodynamic development of the 2011 Ford Ranger Global Compact Pick-Up with STAR-CCM+ Robert Carstairs, Neil Lewington, Thorsten Maertens
A First Contact with STAR-CCM+: Comparing Analytical & Finite Volume solutions with STAR-CCM+ Simulations Michael Heyer
Advances in Simulation for Marine And Offshore Applications Milovan Perić
Towards the Direct Numerical Simulation of a Nuclear Pebble Bed Flow Afaque Shams
Accurate and Efficient Turbomachinery Simulation Chad Custer
Thermal Simulation of LED-Powered Luminaire with Coupled Electrical Circuit Analysis Pier Angelo
A numerical method of modeling oil jet piston cooling
Surface preparation and meshing in STAR-CCM+ Sun Lee
Success of STAR-CCM+ Application in the Design Process of Modern Gas Turbine Moritz Norbert様
Thermal simulation of IGBTs used in hybrid-electric vehicles Ruben Bons
Analysis of the Lubrication System in a High Pressure Piston Water Pump Davide Bottazzi, D. Galloni, M. Milani, L. Montorsi
Absicherung der thermischen Betriebssicherheit von PKWs mit STAR-CCM+ Fabiano Bet
Simulation of engine cooling components within the development of Behr Rainer Stauch
STAR-CCM+による小型垂直軸風車の特性解析 原 豊先生
Multiphase Flow Models in STAR-CCM+ Simon Lo
Coupling of STAR-CCM+ to Other Theoretical or Numerical Solutions Milovan Perić
Analysis of two-phase flows in pipes and subchannels under high pressure N. Alleborn, R. Reinders, S. Lo, A. Splawski
The Meaning and Significance of Heat Transfer Coefficient Alan Mueller
Eulerian Model Performance in CFD Calculating the Drag Coefficient from Drift-Flux Model for Gas-liquid Two-phase Flow in Vertical Pipes Hugo Pineda
Close Range Atmospherical Dispersion Near Nuclear Sites - An Investigation by CFD Nicolas Goreaud, B. Farges, P. Brocheny, C. Thelier
OMAE 2012 -83472: Offshore Platform FSI Simulation C.S.
Vehicle Thermal Management Simulation Scott Shurin
Experimental Correlation of CFD Results on the Formula 3 Christophe Perrin
Fluid Structure Interaction in STAR-CCM+ Alan Mueller
The Design & Analysis of a low NPSH Centrifugal Pump Featuring a Radial Inlet & an Axial Inducer using STAR-CCM+ Edward M. Bennett, Travis A. Jonas
Modelling of breakup and coalescence in vertical bubbly two-phase flows Simon Lo, Dongsheng Zhang
Achieving Good Natural Ventilation through the Use of High Performance Computer Simulations - Singapore Case Studies Po Woei Ken
Thermal & Electrochemical Simulation of Battery Pack Systems Steve Hartridge
Current progress in DARS model development for CFD Harry Lehtiniemi
High Performance Computing STAR-CCM+ Simulations of Industrial Air-Assisted Flare Including Experimental Apparatus Michal Hradisky, Philip J. Smith