Preload, Fit & Fatigue in Aerospace Joints
Connect preload and fit strategy with fatigue-critical structural performance.
Aerospace Fastening Applications
Explore fastening applications, engineering requirements, joining technologies and technical references across aircraft and space systems.
Aerospace Applications
Engineering Requirements
Fasteners & Joining Technologies
Standards & Specifications
Fastener & Surface Standards3 references
ISO 9152:1998Aerospace — Bolts, with MJ threads, in titanium alloys, strength class 1 100 MPa — Procurement specification
NAS / NASM / SAE ASNAS / NASM / SAE AS fastener specifications — application-specific aerospace hardware families
Material / CoatingAerospace material / coating specifications — program- and OEM-specific
Testing & Performance1 references
ASTM F1940-07a(2024)Standard Test Method for Process Control Verification to Prevent Hydrogen Embrittlement in Plated or Coated Fasteners
Aircraft & Space System Requirements2 references
NASA-STD-5020BRequirements for Threaded Fastening Systems in Spaceflight Hardware
FAA / EASAFAA / EASA certification requirements — system-level context
Industry & OEM Specifications1 references
OEMProgram / airframer / engine / spacecraft OEM specifications — joint-specific controlling requirements
Standards note: This is a selected reference set, not an exhaustive compliance list. Verify the current edition, jurisdictional adoption and project / OEM requirements before use.
Industry Members
Aerospace member profiles will appear here as participating companies complete their capability information.
Aerospace Technical Resources
High-Temperature Fastening in Propulsion Systems
Review materials, relaxation, locking and anti-galling considerations in hot-zone joints.
Fastening for Space Vacuum & Launch Environments
Review vibration, thermal vacuum, cleanliness and no-service reliability.