Paul Scott Zink

发表

Application of active-aeroelastic-wing technology to a joined-wing sensorcraft

Daniella E. Raveh, Gregory W. Reich, Paul Scott Zink, 2002 .

Body Freedom Flutter of High Aspect Ratio Flying Wings

Paul Scott Zink, Michael H. Love, Paul Wieselmann, 2005 .

Demonstration of Morphing Technology through Ground and Wind Tunnel Tests

David White, Paul Scott Zink, Michael H. Love, 2007 .

Robust Structural Design of an Active Aeroelastic Wing with Maneuver Load Uncertainty

Dimitri N. Mavris, Daniella E. Raveh, Paul Scott Zink, 2002 .

Impact of Active Aeroelastic Wing Technology on Wing Geometry Using Response Surface Methodology

Dimitri N. Mavris, Paul Scott Zink, Michael H. Love, 1999 .

Robust Design for Aeroelastically Tailored/Active Aeroelastic Wing

Dimitri N. Mavris, Mordechay Karpel, Paul Scott Zink, 1998 .

GLA and Flutter Suppression for a SensorCraft Class Concept Using System Identification

Antonio De La Garza, Paul Scott Zink, Michael H. Love, 2008 .

System Benefits of Active Flutter Suppression for a SensorCraft-Type Vehicle

Leland Nicolai, Keith Hunten, Paul Scott Zink, 2010 .

Robust Structural Design for Active Aeroelastic Wing with Aerodynamic Uncertainties

Dimitri N. Mavris, Daniella E. Raveh, Paul Scott Zink, 2000 .

The Impact of Active Aeroelastic Wing Technology on Conceptual Aircraft Design

Paul Scott Zink, Michael H. Love, Peter M. Flick, 2000 .

Maneuver trim optimization techniques for Active Aeroelastic Wings

Dimitri N. Mavris, Daniella E. Raveh, Paul Scott Zink, 2000 .

Integrated Structural/Trim Optimization for Active Aeroelastic Wing Technology

Dimitri N. Mavris, Daniella E. Raveh, Paul Scott Zink, 2000 .

A methodology for robust structural design with application to active aeroelastic wings

Paul Scott Zink, 2001 .

An Overview of the NASA High Speed ASE Project: Aeroelastic Analyses of a Low-Boom Supersonic Configuration

George Kopasakis, Walter A. Silva, Michael Buonanno, 2015 .