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This Fracture Control Plan (FCP) presents the Johnson Space Center (JSC) implementation methodology for meeting Fracture Control Requirements on all NASA human space flight programs as well as those crewed or un-crewed vehicles that approach or dock with a NASA spacecraft such as the International Space Station (ISS) or Orion.
First released in 1978, the original AASHTO Fracture Control Plan (FCP) was entitled 1978 AASHTO Guide Specification for Fracture Critical Non-Redundant Steel Bridge Members (1). The intention of the 1978 FCP was to reduce the likelihood of brittle fracture through a process including design review, material toughness specifications, fabrication
Outline. Introduction, Definition, Implementation, FAQs, common misconceptions. Adapted from “JSC 25863C, FRACTURE CONTROL PLAN FOR JSC SPACE-FLIGHT HARDWARE” (payloads and GFE) Fracture control for composites. Fracture control for pressure vessels. Examples of fracture control value. Summary. Introduction. Fracture Control addresses:
This Fracture Control Plan (FCP) presents the JSC implementation methodology for compliance with Fracture Control requirements on all manned space-flight programs. Many projects may be relatively small and generation of an FCP for each individual project, as required by applicable specifications, may be overly demanding of available resources.
Through these advances, it is now possible to create an integrated fracture control plan (FCP) combining the original intent of the 1978 FCP with modern materials, design, fabrication, and inspection methodologies.
15 de dic. de 2023 · 2023-12-15. NASA Endorsed Standard Status. Mandatory Standard. NASA Mandatory Standard. Not a NASA Mandatory Standard. Document Scope. The purpose of this Handbook is to provide fracture control implementation guidance applicable to a wide range of hardware designs and uses.
The purpose of this section is to provide guidance for implementing a general approach, defined in a Fracture Control Plan (FCP), to control and prevent damage that could cause a catastrophic failure due to the preexisting cracks in the structure.
