W. Haller

发表

Refined Exploration of Turbofan Design Options for an Advanced Single-Aisle Transport

Michael T. Tong, Jeffrey J. Berton, Mark D. Guynn, 2011 .

An Assessment of NASA Aeropropulsion Technologies: A System Study

Scott M. Jones, W. Haller, M. Tong, 2007 .

Comparison of turbine bypass and mixed flow turbofan engines for a high-speed civil transport

Jonathan A. Seidel, Jeffrey J. Berton, William J. Haller, 1991 .

Assessment of the Performance Potential of Advanced Subsonic Transport Concepts for NASA's Environmentally Responsible Aviation Project

Craig L. Nickol, William J. Haller, W. Haller, 2016 .

Analysis of Turbofan Design Options for an Advanced Single-Aisle Transport Aircraft

Michael T. Tong, Jeffrey J. Berton, Mark D. Guynn, 2009 .

Engine Concept Study for an Advanced Single-Aisle Transport

Jeffrey J. Berton, Mark D. Guynn, Kenneth L. Fisher, 2013 .

Advanced Single-Aisle Transport Propulsion Design Options Revisited

Michael T. Tong, Jeffrey J. Berton, Mark D. Guynn, 2013 .

Turboelectric distributed propulsion benefits on the N3-X vehicle

James L. Felder, Hyun Dae Kim, Michael T. Tong, 2014 .

Engine Conceptual Design Studies for a Hybrid Wing Body Aircraft

Robert F. Handschuh, Michael T. Tong, Scott M. Jones, 2009 .

A Fully Non-Metallic Gas Turbine Engine Enabled by Additive Manufacturing Part I: System Analysis, Component Identification, Additive Manufacturing, and Testing of Polymer Composites

Joseph E. Grady, Sydney L. Schnulo, Michael C. Halbig, 2015 .

Assessment of the Performance Potential of Advanced Subsonic Transport Concepts for NASA's Environmentally Responsible Aviation Project

Casey L. Burley, Craig L. Nickol, Russell H. Thomas, 2016 .

A Noise and Emissions Assessment of the N3-X Transport

Jeffrey J. Berton, William J. Haller, J. Berton, 2014 .

An N+3 Technology Level Reference Propulsion System

Scott M. Jones, William J. Haller, Michael To-Hing Tong, 2017 .