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SAE International aerospace standards

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Presentation on theme: "SAE International aerospace standards"— Presentation transcript:

1 SAE International aerospace standards
Nuclear Energy Standards Cooperation Collaborative December 3, 2013 Bruce Mahone Director, Washington Operations, Aerospace New logo introduced July 2013

Books, Journals & Technical Content Conferences & Papers Professional Development Membership

3 SAE AEROTECH 2013 The premier SAE Aerospace Conference and Exhibition
September 24-26, 2013 Palais des congrès de Montréal The premier SAE Aerospace Conference and Exhibition Avionics Environmental Systems Integrated Vehicle Health Management Human Factors Maintenance Manufacture & Assembly Materials Aircraft Structures Aircraft Power Reliability Propulsion Safety Systems Engineering Unmanned Vehicles Business & Economics Aircraft Operations Aircraft Interiors Testing Environmental impact

Technical Standards Board SAE Board of Directors Engineering Meetings Sections Education Foundation Board of Trustees Membership Services Publications Staff Performance Review Institute

5 SAE Organisational Structure: Council Level
Technical Standards Board SAE Board of Directors Engineering Meetings Sections Aerospace Council Education Foundation Board of Trustees Membership Services Publications Performance Review Institute Staff Technical Standards Committees Aero General Projects Airport & Ground Support Aircraft Electronics & Electrical Systems Mech & Fluids Propulsion Reliability, Maint, Support, Logistics Avionics Aerospace Council IVHM ATM Aerospace Materials Systems Groups

6 Global Strategy and Oversight
SAE AEROSPACE COUNCIL Global Strategy and Oversight Agusta Westland Airbus All Nippon Airways ATA/A4A AVIC 1 BAE SYSTEMS The Boeing Company Bell Helicopter Bombardier Aerospace CAPE CIRA EADS European Aviation Safety Agency Embraer Federal Aviation Administration Fed Ex GE Company Honeywell Aerospace Lockheed Martin Lufthansa Technik NASA NAVAIR Northrop Grumman PATS Aircraft Pratt & Whitney Rolls-Royce United Aircraft Corporation U.S. Department of Defense Wichita State University

SAE has a proven track record, with more than 7000 standards published to date. SAE’s standards are recognized internationally on their own merits. SAE has high-level support from a variety of key aerospace companies, organisations, and government agencies. Project initiation Published Standard SAE has a proven consensus process for the development of aerospace standards. SAE Technical Committees contain a wealth of industry experience and expertise for a variety of aerospace systems, components, and materials.

8 Technical Committee Structure

9 73 FAA TSOs 75 SAE docs 12 ICAO docs 30 SAE docs 58 EASA ETSOs
Regulations and government documents reference SAE standards to certify aircraft before entering the market. 73 FAA TSOs 75 SAE docs 12 ICAO docs 30 SAE docs 58 EASA ETSOs 61 SAE docs 27 EASA AMCs 62 SAE docs 95 FAA ACs 230+ SAE docs Example FAA TSO Mandatory compliance Example FAA AC Guidance material Example ICAO Annex Mandatory compliance Example EASA ETSO Mandatory compliance Example EASA AMC Guidance material AMC Acceptable Means of Compliance ETSO-European Technical Standards Order AC-Advisory Circular

SAE is an officially recognized civilian SDO partner to NATO Through a Technical Cooperation Agreement(TCA), NATO supports and adopts SAE industry standards

SAE IVHM Steering Group Oversight HM-1 IVHM Technical Committee BUSINESS TECHNOLOGIES APPLICATION IVHM Cornerstone Document ARP6803 ARPXXXX Architecture of an IVHM System ARP6212 Volcanic Ash ARP6275 Cost Benefit Analysis of IVHM Systems AS5391 HUMS Accelerometer Interface ARP6883 Requirements of an IVHM System ARPXXXX Guidelines for Certification of IVHM Systems AS5392 HUMS Rotational System Indexing Sensor ARP6407 Guidelines for the Design of an IVHM System AS5393 HUMS Blade Tracker Interface ARPXXXX Verification & Validation of an IVHM System AS5394 HUMS Advanced Multipoint Interface ARP6268 Design & Online Communication Standards for Health Ready Components AS5395 HUMS Data Interchange IVHM Standards Landscape in HM-1. Covering Business, Technology and Application. Bold type = document published or in progress Normal type = document planned ARPXXXX Guidelines For IVHM System Software And Airborne Electronic Hardware Assurance Levels AS4138A Software Interfaces for Ground-Based Monitoring Systems

Provide guidance on the implementation of SHM in aircraft applications to assist developers in specifying the measurements, accuracy, reliability and other requirements of the system to be designed. Provide information on structural maintenance practices and provide guidance on how SHM can be incorporated within or as modifications to current maintenance and airworthiness documents. Standardize and harmonize worldwide understanding about SHM (including terminology). Provide basic requirements to guide SHM technology development. Review certification matters that are relevant to SHM. G-11 SHM AISC Main Committee Executive Management Board Strategy & Oversight Civil Aviation Working Group ARP6461 Military Aviation Working Group ARP6245 Rotorcraft Working Group ARPXXXX Future Groups ARPsXXXX G11-Reliability and Maintainability Committee ARP6461 published!!! Major input from FAA and EASA as well as industry. Used material from A4A MSG3 – Cooperation between SAE and A4A to promote SHM (Structural Health Monitoring) implementation.

BAE SYSTEMS and Honeywell Aerospace provide the co-chairs of the recently formed AMS Advisory Group. The Group comprises high level materials engineering managers and Channels additional non-US materials requirements into the AMS Addresses future materials standardisation strategy The AMS AG chair provided an update on the AMS Advisory Group progress during the SAE Aerospace Council meeting in Montreal on September 24th. A materials qualification sub-group has been formed under the Advisory Group to analyse the risks associated with using materials that do not require formal qualification


Fraudulent/Counterfeit Electronic Parts: Avoidance, Detection, Mitigation and Disposition Main Subjects Covered: Personnel Training Parts Availability - Covered in Appendix A Purchasing Process - Appendix B Assessment of Suppliers Supply Chain Traceability - Appendix C Procurement Contract Example-Appendix D Product Assurance-Appendix E Material Control - Appendix F Reporting – Appendix G Acronyms and Abbreviations-Appendix H SAE INTERNATIONAL OVERVIEW-EUROPE OFFICE

16 QUESTIONS? Bruce Mahone SAE International – Washington D.C. Office
1200 G St NW, Suite 800 Washington DC 20005 Office: (202) Fax: (202) Mobile: (703)


18 The site is secure owing to the nature of the material
SAE Standards Works All SAE technical committees use SAE standards works in the management of the committee. All useful documents, drafts, minutes, roster are accessed in Standards Works The site is secure owing to the nature of the material Committee processes – initiating documents, storing data, communicating, balloting, is streamlined to allow fast and easy time-to-market SAE INTERNATIONAL OVERVIEW-EUROPE OFFICE

19 The Aerospace Standardisation Landscape
7000+ standards 150+ committees, subcommittees, and task groups 8000+ global participants Civil and Military applications addressed SAE

20 Open to all with an interest and expertise 4 levels of membership:
SAE Committees Open to all with an interest and expertise 4 levels of membership: Leadership – Chair, Vice-Chair, Secretary Member – voting duty, must attend majority of meetings and contribute to committee Liaison – has access to workspace; can make technical comments; may be involved in standards or meetings Mailing List – Limited access to workspace, receives updates on standards

21 SAE Standards AS Aerospace Standards – specific performance requirements used for design standards, parts standards, minimum performance standards, quality and other areas conforming to broadly accepted engineering practices or specs for a material, product, process, procedure or test method AMS Aerospace Material Specifications – specific performance requirements for material and process specifications ARP Aerospace Recommended Practices – documentations of practice, procedures, and technology that are intended as guides to standard engineering practices. May be of a more general nature or propound data that have not yet gained broad acceptance. AIR Aerospace Information Reports – compilations of engineering reference data, historical information, or educational material useful to the technical community

IVHM Steering Group HM-1 IVHM E-32 - EHM G-11 – Reliability Maintain Support Probabilistic G-11 SHM A-5 – Landing Gears A-6 Actuation Control & Fluid Power AE-5 Fuel & Oil Systems AS-3 – Fibre Optic E-36 Electronic Engine Controls S-18 Safety Assess- ment G-18 RFID AeroTech IVHM Books Integrated Vehicle Health Management

Metals finishes, processes, fluids Nonferrous alloys Carbon & Low alloy steels Specialty steels and alloys Corrosion & heat resistant alloys Titanium Beryllium Refractory materials Metals engineering Elastomers Polymers Composite materials (fabric & resins) Composite repair materials Composite inspection Composite repair techniques Organic Coatings Seals and Sealants Maintenance chemicals and materials Greases Lubricants Nondestructive testing and inspection Mechanical/Electrical/Hydraulic actuators Hydraulic fluids Filtration Tubing Hydraulic components Fuel, oil, and oxidizer systems Pumps Couplings, Fittings, Hose Tubing installation Engine starting systems Auxiliary Power Nuts/Inserts Bolts/studs/screws Fluid connectors Ignition systems Emissions measurement Engine condition monitoring In-flight propulsion measurement Engine controls Support equipment and tools Helicopter powerplants Inlet flow distortion Avionics networks Aircraft store integration Avionic subsystems Embedded computing systems Architecture description language Fiber optics Unmanned systems Lightning Electromagnetic compatibility Electrical Power and equipment Power management Aircraft systems installation Protective devices Relays Electrical connectors Terminating Devices Wire & cable Safety assessment Human Factors Flight Deck tools and instruments Displays Human modeling Quality system standards Fuel operations Radio Frequency Identification Air cargo handling Aircraft ground equipment and systems Aircraft servicing Aircraft Deicing Airport snow and ice removal Landing gear systems Oxygen equipment Aircraft interior/exterior lighting Aircraft noise measurement Environmental systems Aircraft icing Safety equipment Cabin interiors Survival equipment Seats Maintainability Probabilistic Methods Reliability Structural Health Monitoring and Management Air Traffic Management Integrated Vehicle Health Management

24 Key SAE Standards Activities
Materials Human Factors Environmental Standards Underwater Locator Beacon Air Data Instruments Integrated Vehicle Health Management & Reliability Counterfeit Parts Avoidance Global De-icing Council

25 SAE STANDARDS History and Future …..
SAE formed in 1905 to promote safety and common practices for the emerging automobile market. 1905 2013 SAE charter expanded in 1916 to incorporate aeronautics 1st SAE Aerospace Standard, 1917 7,000 + SAE Aerospace Standards Mil-Spec Reform nwards SAE Aerospace Standards Europe office opened in London in 2007 Integration of Tech America and GEIA Standards Program SAE INTERNATIONAL OVERVIEW-EUROPE OFFICE

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