D. Sleight

发表

Computation of energy release rates for cracked composite panels with nonlinear deformation

David Y. Xue, J. Housner, John T. Wang, 1995 .

Buckling Design and Imperfection Sensitivity of Sandwich Composite Launch-Vehicle Shell Structures

David E. Myers, M. W. Hilburger, M. Schultz, 2016 .

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

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

Residual strength prediction of damaged composite fuselage panel with R-curve method

D. Ambur, C. Poe, John T. Wang, 2006 .

Test and Analysis Correlation for a Y-Joint Specimen for a Composite Cryotank

R. Grenoble, B. Mason, D. Sleight, 2015 .

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

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

Parametric Studies of Square Solar Sails Using Finite Element Analysis

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

Analyses for Debonding of Stitched Composite Sandwich Structures Using Improved Constitutive Models

I. Raju, E. Glaessgen, T. Krishnamurthy, 2001 .

Nonlinear Shell Modeling of Thin Membranes with Emphasis on Structural Wrinkling

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

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

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

Simulating Nonlinear Deformations of Solar Sail Membranes Using Explicit Time Integration

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

Development of Composite Sandwich Bonded Longitudinal Joints for Space Launch Vehicle Structures

W. Guin, D. Sleight, K. Segal, 2019, AIAA Scitech 2019 Forum.

Comparison of Design Tools for Stress Analysis of Adhesively Bonded Joints

B. Stier, B. Bednarcyk, A. Bergan, 2019, AIAA Scitech 2019 Forum.

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

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

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

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

Evaluation of a Progressive Failure Analysis Methodology for Laminated Composite Structures

Jr Norman F. Knight, N. F. Knight, W Sleight David, 1997 .

Composite skin-stiffener debond analyses using fracture mechanics approach with shell elements

I. S. Raju, D. W. Sleight, I. Raju, 1995 .

Fracture mechanics analyses of composite skin-stiffener debond configurations with shell elements

I. Raju, John Wang, I. Raju, 1994 .

Test and Analysis Correlation for Sandwich Composite Longitudinal Joint Specimens

B. Mason, A. Satyanarayana, D. Sleight, 2019, AIAA Scitech 2019 Forum.

Computation of strain energy release rates for skin-stiffener debonds modeled with plate elements

I. S. Raju, D. W. Sleight, C. G. Davila, 1993 .

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

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

An Approach to Risk-Based Design Incorporating Damage Tolerance Analyses

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

Progressive Failure Analysis Methodology for Laminated Composite Structures

W Sleight David, D. Sleight, W. S. David, 1999 .

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

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

APPLICATION OF INTERFACE TECHNOLOGY IN PROGRESSIVE FAILURE ANALYSIS OF COMPOSITE PANELS

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

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

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

Structural Design and Sizing of a Metallic Cryotank Concept

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