Technical Library

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Name Author(s) Datesort descending
Computational Aeroelasticity : A Key Enabling Technology for the Design of Next-Generation Aircraft
Aerodynamic Validation Studies for Space & Defense Applications Kenneth E. Xiques
CFD Analyses of Innovative Electric Aircraft Designs Alex Stoll
Drag and Lift Validation of Wing Profiles Martin van Staden
CFD Methodologies including Large Eddy Simulation for Noise Prediction Fred Mendonça
Continuing Challenges in Aeroacoustics Simulation Fred Mendonça
Large Structures CFD Simulations for Water & Wastewater Treatment Plants Pedro Fonseca, Nelson Marques, Jorge Azevedo, Vera Rodrigues, Marion Toigo
Recent & Upcoming Features in STAR-CCM+ for Aerospace Applications Deryl Snyder
Demonstration of Chimera in STAR-CCM+ EungJu Kim
Fluid Structure Interaction in STAR-CCM+ Alan Mueller
CHT-analysis of rotor-stator system including radiation Alexander Shvorak, J. Wildhagen, Vinod Malapure
Numerical Aero-Thermal Investigation for a Science Payload in a Dust Devil Boundary-Layer on Mars Bianca Cefalo, Dario Severino
Exploring STAR-CCM+® Capabilities, Enhancements & Practices for Aerospace Combustion Niveditha Krishnamoorthy
1-D/3-D Co-Simulation of Environmental Control System for Aircraft Klaus Wolf
Fluid Structure Interaction in STAR-CCM+ Alan Mueller
Aerospace Applications & Case Studies Deryl Snyder
Progress in Tools for Turbulence Modelling and Simulation Neil Ashton, Alex, Skillen, Alistair Revell, Dominique Laurence, Sylvain Lardeau
Variable-Fidelity Aerodynamic Analysis for Multidisciplinary Wing Design Ing. Laura Mainini, Ing. Marco Tosetti, Prof. Paolo Maggiore
Detached Eddy Simulation Analysis of a Transonic Rocket Booster for Steady & Unsteady Buffet Loads Matt Knapp
LES Prediction of Noise Emission from Turbulent Free-Shear-Flow Chun Hern Tan
New & Upcoming Capabilities for the Aerospace Industry Deryl Snyder
Surface preparation and meshing in STAR-CCM+ Sun Lee
STAR-CCM+ Capabilities for Aerospace & Defense Stephen McIlwain
Numerical simulations of high temperature jets from the main propulsion system and auxiliary power unit impinging against a construction of the passenger plane Andrey Y. Kudryaytsev, S.A. Zhelezov, M.M. Polovin, M.S. Litvinov
Numerical Simulation of DLR-F11 High Lift Configuration using STAR-CCM+ Prashanth Shankara, Jeremy Hanke & Deryl Snyder
Fire Suppression Modeling for Military Ground Vehicles Using STAR-CCM+® Kshitij Deshmukh
Overview of SIMULIA Multiphysics Stephen King
Coupled Simulation of Flow & Body Motion using Overset Grids Eberhard Schreck, Milovan Perić
A Co-Simulation Approach to Modeling the Solenoid Valve Multiphysics Sharat Prasad, Kaushik Das, Krishna Gundu
STAR-CCM+ hypersonic validation of a 70° Sweep Slab Nathan Richardson
Optimate Evaluation: Design Optimization of a Generic Glider Nathan Richardson
Prediction of Noise Emission from the NASA SR-2 Propeller Keng Soon Voo
Numerical Simulation of High Lift Trapezoidal Wing with Transition Modeling in STAR-CCM+ Prashanth Shankara,
Aerospace Applications & Case Studies Deryl Snyder
STAR-CCM+ Capabilities for Aerospace & Defense Deryl Snyder
Overset Mesh Ahn Jung Hyeon
Rotorcraft Design & Analysis Capabilities in STAR-CCM+ Ritu Marpu
S-ducts & Nozzles: STAR-CCM+® at the Propulsion Aerodynamics Workshop Peter Burns
Feedback Driven 6-DoF Modeling of a Tilt-Duct Aircraft Paul Vasilescu
Discover Better Military Product Designs, Faster Rick Battani
Best Practices Workshop (II): Volume Meshing Kynan Maley
Fluid Structure Interaction in STAR-CCM+ Alan Mueller
High-Lift Aerodynamics: STAR-CCM+ applied to AIAA HiLiftWS1 Deryl Snyder
Experimental Validation of STAR-CCM+ for Liquid Container Slosh Dynamics Brandon Marsell
Workshop (II): Best Practices for Aerospace Aerodynamics Modeling Peter Ewing
Modeling the Performance of the Standard Cirrus Glider Thomas Hansen
Advanced Wall Treatment Method for Turbulent Flow CFD Simulations Mika Nuutinen
Diminishing Test Resources and Aerodynamic Data Base Generation Seungki Ahn