David R. McCurdy

发表

A One-year, Short-Stay Crewed Mars Mission Using Bimodal Nuclear Thermal Electric Propulsion (BNTEP) - A Preliminary Assessment

Stanley K. Borowski, Laura A. Burke, David R. McCurdy, 2013 .

Preliminary Sizing of Vertical Take-off Rocket-based Combined-cycle Powered Launch Vehicles

David R. McCurdy, Joseph M. Roche, 2001 .

Affordable Development and Demonstration of a Small NTR Engine and Stage: How Small is Big Enough?

Stanley K. Borowski, David R. McCurdy, Bruce G. Schnitzler, 2015 .

Integrated Propulsion/Vehicle System Structurally Optimized

David R. McCurdy, James E. Hunter, 2003 .

"7-Launch" NTR Space Transportation Option for NASA's Mars Design Reference Architecture (DRA) 5.0

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2009 .

Human Exploration/Commercial Lunar Missions Using NTR Propulsion

David R. McCurdy, Laura M. Burke, Stanley K. Borowski, 2013 .

NUCLEAR THERMAL ROCKET/VEHICLE CHARACTERISTICS AND SENSITIVITY TRADES FOR NASA's MARS DESIGN REFERENCE ARCHITECTURE (DRA) 5.0 STUDY

David R. McCurdy, Thomas W. Packard, Stanley K. Borowski, 2009 .

The Benefits of Nuclear Thermal Propulsion (NTP) in an Evolvable Mars Campaign

Stanley K. Borowski, David R. McCurdy, 2014 .

Investigation of Exoskeletal Engine Propulsion System Concept

Christopher A. Snyder, David R. McCurdy, Donald T. Palac, 2013 .

Modular Growth NTR Space Transportation System for Future NASA Human Lunar, NEA and Mars Exploration Missions

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2012 .

The Nuclear Thermal Propulsion Stage (NTPS): A Key Space Asset for Human Exploration and Commercial Missions to the Moon

Stanley K. Borowski, David R. McCurdy, Laura M. Burke, 2013 .

Conventional and Bimodal Nuclear Thermal Rocket (NTR) Artificial Gravity Mars Transfer Vehicle Concepts

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2014 .

Affordable Development and Demonstration of a Small Nuclear Thermal Rocket (NTR) Engine and Stage: How Small Is Big Enough?

Stanley K. Borowski, David R. McCurdy, Bruce G. Schnitzler, 2016 .

Nuclear Thermal Rocket (Ntr) Propulsion: A Proven Game-Changing Technology for Future Human Exploration Missions

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2012 .

A One-year Round Trip Crewed Mission to Mars using Bimodal Nuclear Thermal and Electric Propulsion (BNTEP)

David R. McCurdy, Thomas W. Packard, Laura M. Burke, 2013 .

Structural Sizing of a Horizontal Take-off Launch Vehicle with an Air Collection and Enrichment System

David R. McCurdy, Joseph M. Roche, 2004 .

Near Earth Asteroid Human Mission Possibilities Using Nuclear Thermal Rocket (NTR) Propulsion

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2012 .

A Crewed Mission to Apophis Using a Hybrid Bimodal Nuclear Thermal Electric Propulsion (BNTEP) System

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2014 .

Bimodal Nuclear Thermal Rocket Sizing and Trade Matrix for Lunar, Near Earth Asteroid and Mars Missions

David R. McCurdy, Joseph M. Roche, Thomas M. Krivanek, 2006 .

Affordable Development and Demonstration of a Small NTR engine and Stage: A Preliminary NASA, DOE, and Industry Assessment

Stanley K. Borowski, David R. McCurdy, Bruce G. Schnitzler, 2015 .

Human Telerobotic Exploration of Venus: A Flexible Path Design Study

Steven R. Oleson, George R. Schmidt, Melissa L. McGuire, 2011 .

Robust Exploration and Commercial Missions to the Moon Using NTR LANTR Propulsion and Lunar-Derived Propellants

Stanley K. Borowski, David R. McCurdy, Laura M. Burke, 2017 .

Key Technologies, Systems, and Infrastructure Enabling the Commercialization and Human Settlement of Low Earth Orbit, the Moon, and Cislunar Space

Stanley K. Borowski, David R. McCurdy, Stephen W. Ryan, 2021 .

Nuclear Thermal Propulsion (NTP): A Proven, Growth Technology for Fast Transit Human Missions to Mars

Stanley K. Borowski, David R. McCurdy, Thomas W. Packard, 2013 .