Industry Day - MP3 Overview.pdf

PDF 988 KB Posted

Attached to
Aerospace Materials Processing, Performance and Characterization (AMPPAC) Federal contract opportunity
Solicitation number
FA2394-24-R-B006
Issued by
Department of the Air Force Materiel Command Research Laboratory

About this file

This document appears to be a presentation overview for the Metals Probabilistic Performance Prediction (MP3) research program. The key objectives of the program are to integrate microstructure into the optimization of metals performance, enabling the Air Force with advanced modeling and predictive tools. The research focuses on developing reduced order models to incorporate microstructure into lifing through high energy X-ray diffraction data and high temperature metals testing, as well as understanding and implementing residual stress measurement and high energy diffraction techniques into standard engineering practice. The presentation provides an overview of the technical thrusts, research team, and foundational science and engineering efforts for the program.

This document is related to the Aerospace Materials Processing, Performance and Characterization (AMPPAC) solicitation released by the Department of the Air Force Materiel Command Research Laboratory. The primary objective of this program is to research, assess, develop, test, evaluate, prototype, demonstrate, and transition technologies that support the processing, behavior characterization, and performance prediction of advanced aerospace materials.

View the file

Other files for this federal contract opportunity

Other files attached to Aerospace Materials Processing, Performance and Characterization (AMPPAC), newest first.
File Type Posted
Questions and Answers 3.pdf PDF
Industry Day - Composite Performance Overview.pdf PDF
Industry Day - PMC MP Overview.pdf PDF
Questions and Answers 2 - Industry Day.pdf PDF
Amendment 2_ATCH03_AMPPAC TO-B PMAC SOO.docx DOCX document
Amendment 2_Summary.pdf PDF
Amendment 2_ATCH02_AMPPAC TO-A CAC SOO.docx DOCX document
Amendment 2_ATCH04_AMPPAC TO-C PAMCOMP SOO.docx DOCX document
Amendment 2_ATCH01_AMPPAC IDIQ SOO.docx DOCX document
Questions and Answers 1.pdf PDF
Amendment 1_AMPPAC Call For Proposal_FA2394-24-R-B006.pdf PDF
Amendment 1_Summary.pdf PDF
AMPPAC Call For Proposal_FA2394-24-R-B006.pdf PDF
AMPPAC Industry Day Announcement.pdf PDF
ATCH02_AMPPAC TO-A CAC SOO.docx DOCX document
ATCH04_AMPPAC TO-C PAMCOMP SOO.docx DOCX document
ATCH08_AFRL ANSI_NISO Based Guide to Formatting Tech Reports.pdf PDF
ATCH01_AMPPAC IDIQ SOO.docx DOCX document
ATCH03_AMPPAC TO-B PMAC SOO.docx DOCX document
ATCH06_ SOW Supplemental.docx DOCX document
ATCH09_SF298.pdf PDF
ATCH10_Solicitation DD254.pdf PDF
ATCH07_CDRLs.pdf PDF
ATCH13_Base Support.pdf PDF
ATCH14_Model Contract_Section K.pdf PDF
ATCH05_AMPPAC TO-D ACAC SOO.docx DOCX document
ATCH12_Security Program Questionnaire.docx DOCX document
ATCH11_SF424RR_KeyPersonExpanded.pdf PDF
Show all 28

On GovTribe

Work with this file on GovTribe

  • Download the original file
  • Contacts named in this file
  • Similar government files
  • Ask GovTribe AI about this file

Text version

METALS PROBABILISTIC PERFORMANCE

PREDICTION (MP3)

1 3 M A Y 2 0 2 4

DISTRIBUTION A. Approved for public release: distribution unlimited. AFRL-2024-0969

Metals Probabilistic Performance Prediction Research Team

Integrate microstructure into optimization of metals performance, enabling Air Force systems with advanced modeling and predictive tools.

• Foundational Science

• Develop reduced order models to incorporate microstructure into lifing through High Energy X-Ray Diffraction data and High Temperature Metals Testing

• Foundational Engineering

• Understand and implement residual stress measurement techniques and high energy diffraction techniques into standard engineering practice

• Program Support

• Develop the next generation of Stage II advanced R&D programs to transition metals technology and models into Air Force Systems

Technical Thrusts:

Dr. TJ Turner Research Leader

[From Stephan M. Russ, AFRL/RXN, 2023]

DISTRIBUTION A. Approved for public release: distribution unlimited. AFRL-2024-0969

Metals Probabilistic Performance Prediction (MP3)
Slide Number 2

File details come from the government source that posted it. Updated .