David W. Sleight

发表

Finite Element Analysis and Test Correlation of a 10-Meter Inflation-Deployed Solar Sail

John Wang, Swales Aerospace, David W. Sleight, 2005 .

Structural Design and Analysis of the Upper Pressure Shell Section of a Composite Crew Module

David W. Sleight, David Paddock, John Hudeck, 2008 .

APPLICATION OF INTERFACE TECHNOLOGY IN PROGRESSIVE FAILURE ANALYSIS OF COMPOSITE PANELS

C. G. Lotts, David W. Sleight, Christine G. Lotts, 2002 .

Structures and Design Phase I Summary for the NASA Composite Cryotank Technology Demonstration Project

Robert A. Martin, Theodore F. Johnson, David W. Sleight, 2013 .

Adaptive Modeling, Engineering Analysis and Design of Advanced Aerospace Vehicles

Brian H. Mason, Mike Hicks, David W. Sleight, 2006 .

On-orbit structural dynamic performance of a 15-meter microwave radiometer antenna

David W. Sleight, Deborah M. Wahls, Jeffery T. Farmer, 1990 .

Nonlinear Shell Modeling of Thin Membranes with Emphasis on Structural Wrinkling

Alexander Tessler, David W. Sleight, John Wang, 2003 .

Structural Analysis and Test Comparison of a 20-Meter Inflation-Deployed Solar Sail

David W. Sleight, David Lichodziejewski, Billy Derbes, 2006 .

VACUUM DEPLOYMENT AN D TESTING OF A 20M SOLAR SAIL SYSTEM

David W. Sleight, David Lichodziejewski, Troy Mann, 2006 .

Composite Interstage Structural Concept Down Select Process and Results

David W. Sleight, Daniel N. Kosareo, Scott D. Thoma, 2012 .

STRUCTURAL ANALYSIS OF AN INFLATION- DEPLOYED SOLAR SAIL WITH EXPERIMENTAL VALIDATION

David W. Sleight, Yuki Michii, David Lichodziejewski, 2005 .

Effective Modeling and Nonlinear Shell Analysis of Thin Membranes Exhibiting Structural Wrinkling

John Wang, David W. Sleight, Alexander Tessler, 2005 .

Analysis of Discrete-Source Damage Progression in a Tensile Stiffened Composite Panel

C. G. Lotts, David W. Sleight, Christine G. Lotts, 1999 .

Parametric Studies of Square Solar Sails Using Finite Element Analysis

David W. Sleight, Danniella M. Muheim, D. Sleight, 2004 .

Structural Design and Sizing of a Metallic Cryotank Concept

Robert A. Martin, Theodore F. Johnson, David W. Sleight, 2013 .

Ground Testing A 20-Meter Inflation Deployed Solar Sail

David W. Sleight, David Lichodziejewski, Billy Derbes, 2006 .

Probabilistic Risk Assessment Strategy for Damage-Tolerant Composite Spacecraft Component Structural Design

Norman F. Knight, Edward H. Glaessgen, David W. Sleight, 2003 .

Simulating Nonlinear Deformations of Solar Sail Membranes Using Explicit Time Integration

David W. Sleight, John Wang, Alexander Tessler, 2004 .

Assessment of Analysis Approaches for Solar Sail Structural Response

John Wang, David W. Sleight, Barmac Taleghani, 2003 .

An Approach to Risk-Based Design Incorporating Damage Tolerance Analyses

Norman F. Knight, Edward H. Glaessgen, David W. Sleight, 2002 .

Toward Effective Shell Modeling of Wrinkled Thin-Film Membranes Exhibiting Stress Concentrations

David W. Sleight, Alexander Tessler, A. Tessler, 2004 .

Debonding Failure of Sandwich-Composite Cryogenic Fuel Tank with Internal Core Pressure

Edward H. Glaessgen, Charles E. Harris, David W. Sleight, 2005 .

Geometrically Nonlinear Shell Analysis of Wrinkled Thin-Film Membranes with Stress Concentrations

David W. Sleight, Alexander Tessler, A. Tessler, 2013 .