Mark Potsdam

发表

Capability Enhancements in Version 3 of the Helios High-Fidelity Rotorcraft Simulation Code

Rohit Jain, Dimitri J. Mavriplis, Roger C. Strawn, 2012 .

Rotor Loads Prediction Using Helios: A Multisolver Framework for Rotorcraft Aeromechanics Analysis

Hossein Saberi, Dimitri J. Mavriplis, Andrew M. Wissink, 2013 .

Parallel Unsteady Overset Mesh Methodology for a Multi-Solver Paradigm with Adaptive Cartesian Grids

Andrew M. Wissink, Jayanarayanan Sitaraman, Mark Potsdam, 2008 .

Helicopter Rotor Design Using a Time-Spectral and Adjoint-Based Method

Gianluca Iaccarino, Juan J. Alonso, Mark Potsdam, 2008 .

CFD adaptive mesh refinement for rotorcraft wake simulations

Mark Potsdam, Sean Kamkar, Andrew M. Wissink, 2011 .

High Fidelity Code-to-Code Comparison of Rotor Performance in Hover and Forward Flight

George N. Barakos, Ronny Widjaja, Mark Potsdam, 2020 .

Rotorcraft Downwash Flow Field Study to Understand the Aerodynamics of Helicopter Brownout

Ganesh Rajagopalan, Mark Potsdam, Eduardo Solis, 2008 .

Recent Advancements in the Helios Rotorcraft Simulation Code

Rohit Jain, Andrew M. Wissink, Jayanarayanan Sitaraman, 2016 .

Evaluation of CFD to Determine Two-Dimensional Airfoil Characteristics for Rotorcraft Applications

Marilyn J. Smith, James D. Baeder, Mark Potsdam, 2004 .

An analysis of performance enhancement techniques for overset grid applications

Rupak Biswas, Roger C. Strawn, Mark Potsdam, 2003, Proceedings International Parallel and Distributed Processing Symposium.

Blended Wing Body analysis and design

Mark Page, Mark Potsdam, Robert Liebeck, 1997 .

Overview of the Helios Version 2.0 Computational Platform for Rotorcraft Simulations

Dimitri J. Mavriplis, Andrew M. Wissink, Anubhav Datta, 2011 .

Advancing State-of-the-Art Unsteady, Multidisciplinary Rotorcraft Simulations

Mark Potsdam, Hyeonsoo Yeo, Arsenio Dimanlig, 2010, 2010 DoD High Performance Computing Modernization Program Users Group Conference.

Parallel domain connectivity algorithm for unsteady flow computations using overlapping and adaptive grids

Andrew M. Wissink, Jayanarayanan Sitaraman, Mark Potsdam, 2010, J. Comput. Phys..

Application of the Helios Computational Platform to Rotorcraft Flowfields

Hossein Saberi, Dimitri J. Mavriplis, Roger C. Strawn, 2010 .

Rotor Loads Prediction Using HELIOS: A Multi-Solver Framework for Rotorcraft CFD/CSD Analysis

Dimitri J. Mavriplis, Anubhav Datta, Buvaneswari Jayaraman, 2011 .

Integrated Computational Fluid and Structural Dynamics Analyses for Comprehensive Rotorcraft Analysis

Hossein Saberi, Roger C. Strawn, Robert A. Ormiston, 2007 .

Correction: Assessment of Rotorcraft Download Using Helios v8

Andrew M. Wissink, Buvaneswari Jayaraman, Mark Potsdam, 2018 .

Tip Vortex Field Resolution Using an Adaptive Dual-Mesh Computational Paradigm

Mark Potsdam, Michael Steffen, Nathan S. Hariharan, 2011 .

Advances in Domain Connectivity for high-order methods and Overlapping Surface Dual Mesh/Solver Computations

Mark Potsdam, Jay Sitaraman, Beatrice Roget, 2019, AIAA Scitech 2019 Forum.

Helicopter Rotor Aerodynamic Modeling in Hover Based on First-Principles: State- of-the-Art and Remaining Challenges

Andrew M. Wissink, Mark Potsdam, Nathan S. Hariharan, 2012 .

Multidisciplinary CFD/CSD Analysis of the Smart Active Flap Rotor

Mark Potsdam, Arsenio Dimanlig, Mark V. Fulton, 2010 .

An unstructured mesh Euler and interactive boundary layer method for complex configurations

Mark Potsdam, 1994 .

Multidisciplinary Coupling for Active Flapped Rotors

Mark Potsdam, Arsenio Dimanlig, Mark V. Fulton, 2009, 2009 DoD High Performance Computing Modernization Program Users Group Conference.

First-Principles Physics-Based Rotorcraft Flowfield Simulation Using HPCMP CREATE-AV Helios

Roger C. Strawn, Andrew M. Wissink, Mark Potsdam, 2016, Computing in Science & Engineering.

CFD Simulations of Tiltrotor Configurations in Hover

Roger C. Strawn, Mark Potsdam, R. Strawn, 2005 .

Improvements in the Helios Rotorcraft Simulation Code

Rohit Jain, nbsp, Andrew M. Wissink, 2016 .

CFD and Experimenal Problems in Rotorcraft Flow Control (Invited)

Mark Potsdam, Preston Martin, 2008 .

TURBULENCE MODELING TREATMENT FOR ROTORCRAFT WAKES

Mark Potsdam, Thomas Pulliam, Aeroflightdynamics Directorate, 2008 .

CFD Investigations on a NACA0036 Airfoil with Active Flow Control

Mark Potsdam, Arnaud Le Pape, 2008 .

Effect of Fuselage and Wind Tunnel Wall on Full-Scale UH-60A Rotor Tip Vortex Prediction

Buvaneswari Jayaraman, Mark Potsdam, M. Potsdam, 2016 .

Rotor Loads Prediction on the ONERA 7A Rotor using Loose Fluid/Structure Coupling

Mark Potsdam, Mark Potsdam, Biel Ortun, 2016 .

A Coupled Unstructured-Adaptive Cartesian CFD Approach for Hover Prediction

Mark Potsdam, Dimitri Mavriplis, Andrew Wissink, 2010 .

Evaluation of Isolated Fuselage and Rotor-Fuselage Interaction Using Computational Fluid Dynamics

Marilyn J. Smith, Mark Potsdam, Mark Potsdam, 2008 .

UH-60A Rotor Tip Vortex Prediction and Comparison to Full-Scale Wind Tunnel Measurements

Mark Potsdam, Buvana Jayaraman, M. Potsdam, 2014 .

Localized, Non-Harmonic Active Flap Motions for Low Frequency In-Plane Rotor Noise Reduction

Mark Potsdam, Peter F. Lorber, Cahit Kitaplioglu, 2012 .