Mark J. Shuart

发表

An analytically designed subcomponent test to reproduce the failure of a composite wing box beam

C. G. Lotts, John Wang, Randall C. Davis, 1993 .

Design and manufacturing of aerospace composite structures, state-of-the-art assessment

James H. Starnes, Mark J. Shuart, Charles E. Harris, 2002 .

A Survey of Emerging Materials for Revolutionary Aerospace Vehicle Structures and Propulsion Systems

Charles E. Harris, Mark J. Shuart, Hugh R. Gray, 2002 .

Technology integration box beam failure study

John Wang, Randall C. Davis, Damodar R. Ambur, 1992 .

Structures and Materials Competency Vision and Purpose at NASA Langley

Mark J. Shuart, 2004 .

Advanced Durability and Damage Tolerance Design and Analysis Methods for Composite Structures: Lessons Learned from NASA Technology Development Programs

James H. Starnes, Charles E. Harris, Mark J. Shuart, 2003 .

Composite fuselage shell structures research at NASA Langley Research Center

James H. Starnes, Mark J. Shuart, 1992 .

A Revolution in the Making: Advances in Materials That May Transform Future Exploration Infrastructures and Missions

Charles E. Harris, Mark J. Shuart, Dennis L. Dicus, 2001 .

An analysis of interlaminar stresses in unsymmetrically laminated plates. Interim Report No. 81

Mark J. Shuart, Carl T. Herakovich, D. S. Norwood, 1990 .

A geometrically nonlinear analysis of interlaminar stresses in unsymmetrically laminated plates subjected to inplane mechanical loading

Mark J. Shuart, Carl T. Herakovich, D. S. Norwood, 1991 .

An Analysis of Shear Failure Mechanisms for Compression-Loaded [±θ] S Laminates

Mark J. Shuart, M. Shuart, 1989 .

Failure of compression-loaded multidirectional composite laminates

Mark J. Shuart, M. Shuart, 1989 .

Compression behavior of + or - 45 deg-dominated laminates with a circular hole or impact damage

Mark J. Shuart, M. Shuart, Jerry G. Williams, 1986 .