Mark Payne

Indiana University School of Medicine

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Peter B. Cotton

Medical University of South Carolina

Peter Fraser

University of Melbourne

Tadeusz J. Janik

Temple University

Brian L. Wardle

Massachusetts Institute of Technology

Rig S. Patel

University College London

R Hawes

Medical University of South Carolina

Pavlos P. Vlachos

Purdue University West Lafayette

Deed E. Harrison

Midwest Cardiovascular Research Foundation

Shilo Berry

Donald D. Harrison

University of Oklahoma

Cooperative Institutions

Massachusetts Institute of Technology

Elkhart Clinic

American Institute of Aeronautics and Astronautics

Pennsylvania State University

Medical University of South Carolina

Temple University

Université du Québec à Trois-Rivières

Harrison Medical Center

University of Southern California

Purdue University West Lafayette

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Woven Hierarchical Aerospace Composite Laminates with Aligned Carbon Nanotube Bulk Reinforcement

56th AIAA/ASCE/AHS/ASC Structures, Structural Dynamics, and Materials Conference (2016)

Richard Li E.F. Antunes Andrew H. Liotta Christian Parschau Mark Payne

We demonstrate a method for growing aligned carbon nanotubes (A-CNTs) on carbon fiber (CF) fabrics to create advanced hierarchical aerospace composites with integrated through-thickness reinforcements. To circumvent the in-plane strength reductions that have hitherto compromised mechanical enhancements, we employ non-covalent functionalization of CFs to enable catalyst adhesion, and low temperature chemical vapor deposition. Radially aligned CNTs were observed to grow around individual fibers with lengths ranging from 1-2 microns, and covering across fabric tows. Additionally, successful scale-up to “fuzzy” CFRP laminates was shown through a vacuum assisted epoxy resin infusion technique. Laminates with 50% microfiber and < 1% CNT volume fraction were fabricated. Short-beam shear (SBS) testing was conducted on both baseline and CNT-reinforced laminates. The SBS strength is found to be higher for the baseline laminates on average, with the CNTreinforced laminates having a lower initial failure that sets the SBS strength. However, all fuzzy CFRP cases display significantly enhanced toughness. These opposing results are attributed principally to inhomogeneities in the produced laminates with regard to CNT coverage, which will be the focus of future work.

Aerospace materials

10.2514/6.2016-0149

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The Pareto Principle

Mark Payne

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The Animal Part

Mark Payne

10.7208/chicago/9780226650852.001.0001

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Beyond the Pale

University of Chicago Press eBooks (2010)

Mark Payne

10.7208/chicago/9780226650852.003.0004

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The Beast in Pain

University of Chicago Press eBooks (2010)

Mark Payne

10.7208/chicago/9780226650852.003.0002

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Introduction

University of Chicago Press eBooks (2010)

Mark Payne

Abstract This chapter discusses imagining the animals in poetic works. In the narratives of Aristophanes, Melville, and Céline, human fascination with the sociality of other animals is ultimately thwarted. Jacques Derrida, in "The Animal that Therefore I Am," locates a fault line between "poetic thinking" and "philosophical knowledge" in the latter's unwillingness, or inability, to register the experience of being seen by a nonhuman animal. The protagonists either recreate the human society they had wished to leave or are abandoned by the animal society they had wished to join. For Leopold, the understanding of the dying animal precipitated by looking into its eyes extends outward to a sympathetic vision of a world of striving beings in which he and the wolf are two such beings among others.

10.7208/chicago/9780226650852.003.0001

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Foreword

Princeton University Press eBooks (2020)

Mark Payne

10.2307/j.ctvr0qrcp.3

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FLOW AND BIOMECHANICS QUANTIFICATION IN THE SINGLE VENTRICLE [SV] HEART

Journal of the American College of Cardiology (2022)

Brett Meyers Melissa C. Brindise Mark Payne Pavlos P. Vlachos