Commercial air transportation has experienced revolutionary technology advances since WWII. These technology advances have resulted in an explosive growth in passenger traffic. Today, however, many technologies have matured, and maintaining a similar growth rate will be a challenge. A brief history of laminar flow technology and its application to subsonic and supersonic air transportation is presented
Concepts for possible future airplanes are studied that include all-wing distributed-load airplanes,...
The viewgraphs and discussion of the NASA supersonic laminar flow control program are provided. Succ...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
The flight testing conducted over the past 10 years in the NASA laminar-flow control (LFC) will be r...
Considerable progress has been made in the development of laminar flow technology for commercial tra...
Detailed, up to date systems studies of the application of laminar flow control (LFC) to various sup...
The factors which affect the extent of laminar flow on airplanes for hypersonic flight are discussed...
A study was conducted to evaluate the technical and economic feasibility of applying laminar flow co...
The feasibility and impact of implementing a laminar flow control system on a supersonic transport c...
Aircraft configurations were developed with laminar flow control (LFC) and without LFC. The LFC conf...
Analyses were conducted to define a practical design for an advanced technology laminar flow control...
Research on natural laminar flow, laminar flow control by suction, and turbulent drag reduction is d...
A review of natural laminar flow (NLF) flight experiences over the period from the 1930's to the pre...
A study was conducted to evaluate alternatives in the design of laminar flow control (LFC) subsonic ...
Market growth and technological advances are expected to lead to a generation of long-range transpor...
Concepts for possible future airplanes are studied that include all-wing distributed-load airplanes,...
The viewgraphs and discussion of the NASA supersonic laminar flow control program are provided. Succ...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...
The flight testing conducted over the past 10 years in the NASA laminar-flow control (LFC) will be r...
Considerable progress has been made in the development of laminar flow technology for commercial tra...
Detailed, up to date systems studies of the application of laminar flow control (LFC) to various sup...
The factors which affect the extent of laminar flow on airplanes for hypersonic flight are discussed...
A study was conducted to evaluate the technical and economic feasibility of applying laminar flow co...
The feasibility and impact of implementing a laminar flow control system on a supersonic transport c...
Aircraft configurations were developed with laminar flow control (LFC) and without LFC. The LFC conf...
Analyses were conducted to define a practical design for an advanced technology laminar flow control...
Research on natural laminar flow, laminar flow control by suction, and turbulent drag reduction is d...
A review of natural laminar flow (NLF) flight experiences over the period from the 1930's to the pre...
A study was conducted to evaluate alternatives in the design of laminar flow control (LFC) subsonic ...
Market growth and technological advances are expected to lead to a generation of long-range transpor...
Concepts for possible future airplanes are studied that include all-wing distributed-load airplanes,...
The viewgraphs and discussion of the NASA supersonic laminar flow control program are provided. Succ...
In the 21st Century, reducing the environmental impact of aviation will become an increasingly impor...