GKN Aerospace Sweden AB Trollhättan Accreditation number 1960 Shared Products Engineering A

Transcription

1 Scope of accreditation Appendix 2 GKN Aerospace Sweden AB Trollhättan Accreditation number 1960 Shared Products Engineering A Material testing Technical area Parameter Method Technique Material Flex Field te Strength testing Bend testing PST 350 Tensile Testing Erosion testing PST 332 PST 334 PST 336 Thickness loss criteria Hardness Testing ASTM E10 Brinell Hoffman scratch hardness measurement Verification of specimen alignment ASTM E18 Rockwell ASTM E384 Knoop Vickers ASTM E92 Vickers PST 337 PST 338 PST 343 Vickers Rockwell Hardness ASTM E1012 Page 1 (6)

2 Technical area Parameter Method Technique Material Flex Field te Strength testing Crack propagation testing VOLS: Crack propagation testing using surface flaw specimens ASTM E647, underliggande standard/astm E647 underlying standard Fatigue testing ASTM E466 Load controlled ASTM E606 Strain controlled Intern metod; GE E50TF148 Metallography Alpha case GE P3TF19 PWA MCL E-142 VOLS: Intern metod; GE P3TF32 Strain controlled Decarburization ASTM E1077 Etching of metallographic sample Measuring intergranular attack or end grain pitting on metals caused by aircraft chemical processes Acceptance standards intergranular/intragran ular oxidation and attack and alloy depleption SAE ARP 1341 ASTM E407 ASTM F2111 PWA MCL E-50 Page 2 (6)

3 Technical area Parameter Method Technique Material Flex Field te Metallography Grain size ASTM E112 Average grain size Qualification, welds (fusion - & resistance welds) Alloy depletion Metallographic testpreparation Metallographic evaluation Oxidation, Corrosion Coating thickness measurement ASTM E1181 ASTM E930 GE E50TF133 VOLS: VOLS: Characterizing duplex grain size Estimating the largest grain Nickel alloys Weld ASTM E3 PST 330 PST 340 VOLS: PST 341 Weld evalutation GE: Electron Beam Welding P8TF10 P8TF5 Page 3 (6)

4 Technical area Parameter Method Technique Material Flex Field te Metallography Weld evalutation GE: S- Electron Beam Welding 312 Weld evaluation GE: Resistance welding Weld evaluation GE:TIG, plasma Weld evaluation GE: TIG tube Weld evaluation GKN:Certification of welding operators P8TF4 P8TF11 P8TF3 PST502 PST505 Page 4 (6)

5 Technical area Parameter Method Technique Material Flex Field te Metallography Weld evaluation GKN: Electron beam fusion welding equipment qualification Weld evalutation MTU: Electron beam welding Weld evalutation MTU Resistance welding Weld evalutation PWA: Arc, Gas, Electron Beam, Laser Beam & Inertia-Friction Weld evalutation PWA: Macro/microexaminati on of Resistance Welds Weld evaluation RR: Resistance welding PST503 MTV341 MTV341 PWA-16 MCL E-28 RPS150 Page 5 (6)

6 Technical area Parameter Method Technique Material Flex Field te Metallography Weld evaluation RR: Fusion welding Surface standards for EDM RR Evaluation of Laser Beam Machined Surface Evaluation of laser curt surfaces: PWA 119 (LBRM) Surface standards for laser machining RR RQSP001 CME5033/5/F1 VOLS: Intern metod; MCL E- 167 CME5033/5/E1 Enbart metallografisk ytor/only metallo-graphic evaluation of surfaces Enbart metallografisk ytor/only metallo-graphic evaluation of surfaces Enbart metallografisk ytor/only metallo-graphic evaluation of surfaces The accreditation does not cover sampling activities. If the laboratory, regardless of this, performs the sampling by itself, then the testing is not considered to be performed under accreditation. Changes in the scope of accreditation are in bold. Page 6 (6)