The development of containment concepts for use with large composite fan blades, taking into account the frangible nature of composite blades is considered. Aspects of the development program include; (1) an analysis to predict the interaction between a failed fan blade and the blade containment structure; (2) scaling factors to allow impact testing using subscale containment rings and simulated blades; (3) the design and fabrication of containment systems for further evaluation in a rotating rig test facility; (4) evaluate the test data against the analytically predicted results; and (5) determine overall systems weights and design characteristics of a composite fan stage installation and compare to the requirements of an equivalent titani...
A set of hypotheses is established as to what variables might control the design of a weight-efficie...
The Federal Aviation Administration is working with the European Aviation Safety Agency to determine...
The fan case in a jet engine is a heavy structure because of its size and because of the requirement...
The use of composites in fan blade containment systems is investigated and the associated structural...
A lightweight containment was developed for turbofan engine fan blades. Subscale ballistic-type test...
The results of a 20-month program, designed to investigate parameters which effect the foreign objec...
Boron/epoxy and graphite/epoxy composite blades were impacted in a rotating whirligig facility with ...
An integrated team of NASA personnel, Government contractors, industry partners, and university staf...
Application of polymer matrix composite materials for jet engine fan blades is becoming attractive a...
The results of impact tests on large, fiber composite fan blades for aircraft turbofan engine applic...
The resistance of current-design Pratt and Whitney Aircraft low aspect ratio advanced fiber reinforc...
With a goal of reducing jet engine weight, simulations of a fan blade containment system with an alt...
FAA fan blade-out certification testing on turbofan engines occurs very late in an engine's developm...
The catastrophic failure of fan blades in turbofan engines, referred to as fan blade-out (FBO), can ...
Composite spar-shell fan blades for a 1.83 meter (6 feet) diameter fan stage were fabricated and tes...
A set of hypotheses is established as to what variables might control the design of a weight-efficie...
The Federal Aviation Administration is working with the European Aviation Safety Agency to determine...
The fan case in a jet engine is a heavy structure because of its size and because of the requirement...
The use of composites in fan blade containment systems is investigated and the associated structural...
A lightweight containment was developed for turbofan engine fan blades. Subscale ballistic-type test...
The results of a 20-month program, designed to investigate parameters which effect the foreign objec...
Boron/epoxy and graphite/epoxy composite blades were impacted in a rotating whirligig facility with ...
An integrated team of NASA personnel, Government contractors, industry partners, and university staf...
Application of polymer matrix composite materials for jet engine fan blades is becoming attractive a...
The results of impact tests on large, fiber composite fan blades for aircraft turbofan engine applic...
The resistance of current-design Pratt and Whitney Aircraft low aspect ratio advanced fiber reinforc...
With a goal of reducing jet engine weight, simulations of a fan blade containment system with an alt...
FAA fan blade-out certification testing on turbofan engines occurs very late in an engine's developm...
The catastrophic failure of fan blades in turbofan engines, referred to as fan blade-out (FBO), can ...
Composite spar-shell fan blades for a 1.83 meter (6 feet) diameter fan stage were fabricated and tes...
A set of hypotheses is established as to what variables might control the design of a weight-efficie...
The Federal Aviation Administration is working with the European Aviation Safety Agency to determine...
The fan case in a jet engine is a heavy structure because of its size and because of the requirement...