Technical Library

Some articles have copyright restrictions,
in order to download these you will be redirected to the copyright holder's website.

Name Author(s) Datesort descending
Use of STAR-CCM+ in marine and offshore engineering and future trends Milovan Perić
Discrete Element Method in STAR-CCM+ Oleh Baran
Use of STAR-CCM+ for Heat Exchanger Product Development Gary G Yu, Martin Timmins, Mario Ciaffarafa
External Aerodynamics and Vehicle Thermal Management Using STAR-CCM+: An Update Fred Ross
Several Examples of Turbomachinery Design & Simulation Using CFturbo® & STAR-CCM+® Ralph Peter Mueller
A numerical method of modeling oil jet piston cooling
Performance of Planing Hulls in Transition Speeds Doyoon Kim
Silver Sponsor Presentation SIMULIA Clive Ford
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
Customizing STAR-CCM+ for seamless integration to PLM Thomas Walker
Prediction of Resistance of Floating Vessels D. Jürgens, M. Palm, M. Perić, E. Schreck
Absicherung der thermischen Betriebssicherheit von PKWs mit STAR-CCM+ Fabiano Bet
遠心型血液ポンプ設計におけるOptimate+を用いた最適化設計の検討 森 武寿様
Thermal Management of a Turbocharger for Unsteady Operation Dr. Fabiano Bet
Electric Machine Simulation Technology Steve Hartridge
Using STAR-CCM+ for Research & Teaching at the Chair of Chemical & Process Engineering Matthias Kraume, Gregor Wehinger, Thomas Eppinger
Water / Breakwater interactions using DFBI Jan-Hendrik Grobler
基于STAR CCM+轴流风叶仿真分析
Better Reactors Grow from Better Simulations Emilio Baglietto
HPC on AWS 小林 広志様
Duct Pulsation Problem Captured & Solved using STAR-CCM+ Eric Duplain
CFD in Supercritical Water-cooled Nuclear Reactor (SCWR) with Horizontal Tube Bundles Zhi Shang, Simon Lo
Aerodynamic development of a time-trial bicycle helmet: From CFD to le the eulerian multiphase flow modelthe eulerian multiphase flow model - Tour de France Geneviève Dutil, Yannick Sirois
Multi-Fuel Combustion & Detailed Chemistry Reaction Models Rajesh Rawat
OpenRoad™: A VPD-Series Ground Transportation Add-on for STAR-CCM+ Thomas Walker
Advances in Simulation for Marine And Offshore Applications Milovan Perić
STAR-CCM+® Usage for Sorbent Injection Optimization Tyler Derritt
Integrating STAR-CCM+ with a Systems Analysis Code for Nuclear Reactor Safety Simulations Justin W. Thomas
Numerical Analysis of Erosion of Gas-Pipeline Elements Andrey Kudryavtsev
Fine Tuning of a Fast Catamaran Design to new Operating Conditions utilizing CFD & Optimization Hans Joergen Moerch
Best Practices Workshop (II): Overset Mesh Kynan Maley
STAR-CCM+ hypersonic validation of a 70° Sweep Slab Nathan Richardson
Optimization of a Dual-Fuel Low-NOx Combustion System for a Tangentially-Fired Utility Boiler Operating at a High Elevation Francois McKenty, Senior CFD Engineer
Modeling Drilling & Fluidization Processes with DEM Alex Read
Aircraft Passenger Cabin Thermal Comfort Analysis D. Cannoletta
Spatially Resolved Simulations of Heterogeneous Dry Reforming of Methane in Fixed-Bed Reactors Thomas Eppinger (CD-adapco) Matthias Kraume (Technische Universität Berlin)
Adaptation of STAR-CCM+ Numerical Wave Tank to an Offshore Floater Design Tool A.R.
The Increasing Demand for Virtual Prototypes in Civil Engineering Erwin Schnell
Multiphase flow I (Eulerian two phase flow and Boiling) Prof. Simon Lo
内燃機関 - 筒内計算ロードマップ Richard Johns
Automating the CAE Process with STAR-CCM+ & Optimate Aaron Godfrey
A fast and easy optimization tool for electric rotating machine design Luca Gregorio Frigoli
Analysis of two-phase flows in pipes and subchannels under high pressure N. Alleborn, R. Reinders, S. Lo, A. Splawski
変化するシミュレーションの役割 Walter Bauer様
Prediction of cavitation dynamics in marine applications Iulia Oprea, Norbert Bulten
New Applications of STAR-CCM+ in Marine & Off-Shore Engineering & Future Developments S. Enger, M. Peric, F. Schafer, E. Schreck, J. Singh
Simulation of VAWT for wake effects Xiaojian Huang
A Combined Electromagnetic and Thermal Approach to the Design of Electrical Machines D. G. Dorrell, M. I. McGlip, M. I. McGlip