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COMMERCE BUSINESS DAILY ISSUE OF APRIL 14,1995 PSA#1325NASA Langley Research Center, MS 144, Industry Assistance Office
Hampton, Va. 23681-0001 A -- MATERIALS RESEARCH FOR HIGH SPEED CIVIL TRANSPORT AND GENERIC
HYPERSONICS POC NASA Langley Research Center, Industry Assistance
Office, Mailstop 144, Hampton, VA 23681-0001. NASA Langley Research
Center has a continuing program supporting the work in the development
of advanced metallic alloys and fiber reinforced composites for
actively cooled thermal structures and the development of lightweight
hot structures for hypersonic vehicles which offer reliable high
temperature performance for repeated missions. Potential sources for
this specific requirement are being sought who have: experience in
developing aluminum and titanium alloys and advanced fiber reinforced
composites in foil and thin sheet forms for application at high
temperatures up to 800xC, expertise in developing advanced alpha+beta,
alpha and beta titanium alloys with enhanced super plastic forming
characteristics, higher specific modulus and strength, improved creep
resistance, better stress corrosion resistance, higher temperature
capability and lower procurement costs, expertise in innovative methods
of super plastic forming lightweight metal structures including unique
patented Gas Mass Forming (GMF), expertise in fabrication methods for
multi-sheet titanium sandwich panels with complex curvatures and
superior heat transfer properties, and forming and joining methods for
titanium matrix composites, experience in designing, fabricating and
conducting elevated temperature testing of very large titanium matrix
composite fuselage structures, expertise in multi-disciplinary
optimization of complex aerospace vehicles, expertise in advanced
structural analysis and design tools for hypersonic vehicles and
analysis tools for heat transfer and aeroheating, internal stress
analysis and structural design, expertise in developing strength and
life prediction analysis methodology for actively cooled thermal
structures, expertise in elevated-temperature durability testing and
analysis, world class facilities and equipment for fabrication and
testing of large high temperature metallic structures including: super
plastic forming and diffusion bonding equipment for large structural
components, development and fabrication facilities for multisheet
honeycomb and temperature/humidity/altitude/vacuum chambers for
conducting durability testing under simulated environmental conditions
for hypersonic flight. This procurement will provide for a maximum
level effort of approximately 100,000 hours over a 3 year period.
Interested offerors having the required specialized capabilities to
meet the above requirements should submit a capability statement
indicating the ability to perform all aspects of the effort described
herein and at least one reference from a previous contract, preferably
from a Government agency. (Please provide a contract number, names of
cognizant contract personnel, and an applicable telephone number on
the contract). Offerors must identify the equipment which they will
furnish to perform the work. This synopsis is for information and
planning purposes and does not indicate a commitment by the Government
nor that the Government will pay for information solicited.
Respondents will not be notified of the results of the evaluation.
Respondents deemed fully qualified will be considered in any resulting
solicitation for the requirement. Firms responding should indicate
whether they are a socially or economically disadvantaged business
firm, a small business, an 8(a), and/or a women-owned business. The
Government reserves the right to consider a small business or 8(a)
set-aside based on responses hereto. All responses shall be submitted
to the NASA Langley Research Center, Industry Assistance Office, Mail
Stop 144, Hampton, VA 23681-0001 within 14 days from the date of
publication of this announcement. In responding reference SS230.
(0102) Loren Data Corp. http://www.ld.com (SYN# 0011 19950413\A-0011.SOL)
A - Research and Development Index Page
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