Introduction of Liquid Resin Molding Project. Scope of Project Create an initial control criteria philosophy Develop criteria for procurement and processing.

Slides:



Advertisements
Similar presentations
Structures and Composite Materials Laboratory CRIAQ COMP5 Modelling Work Progress Erin Quinlan McGill University February 16, 2009.
Advertisements

1 FAA/NASA/Industry Review of Key Characteristics for Composite Material Control Mark Chris, Principal Engineer Bell Helicopter Textron Composite M&P /
Processes contd Filament Winding Processes contd Dry Lay-up bafore infusion.
Multidisciplinary Optimization of Composite Laminates with Resin Transfer Molding Chung-Hae PARK.
An introduction to composites design and manufacturing
James Rasmussen.  Original dash was made from sheet metal, foam, and vinyl  Was too heavy for its purpose  Didn’t offer standard gauge sizes  Didn’t.
FABRICATION OF COMPRESSION MOLDED ECO-COMPOSITES: OPTIMAL PROCESS CONDITIONS INDUSTRISKO PROIZVODSTVO NA KOMPRESIONO PRESUVANI KOMPOZITI: OPTIMALNI PROCESNI.
Rene Herrmann  RTM process (resin transfer moulding) is the most used process for composite mass manufacturing.  For biocomposites the basic idea.
Laboratory safety rules Basic Properties of Fibres and Other Engineering Materials.
Composite Manufacturing Processes
© Pearson & GNU Su-Jin Kim Plastics Manufacturing Processes Fiber Reinforced Polymer, FRP (Composites) FRP ( 복합재료 )  Fiber( 섬유 ) + Plastic matrix ( 모재.
Guidelines for the Development of Process Specifications, Instructions, and Controls for the Fabrication of Fiber-Reinforced Polymer Composites by Liquid.
RESIN TRANSFER MOLDING (RTM). RTM PROCESS impregnating preformed dry reinforcement in a closed mold with wet thermosetting resin under pressure impregnating.
SHAPING PROCESSES FOR PLASTICS Chapter 13- Part 2 Injection Molding
Revision of API RP 17N Subsea Production System Reliability, Technical Risk & Integrity Management Don Wells (Hess)
Process Specification Guidelines FAA/NASA Workshop 6 August 2002.
September 12 th 2003 Chris Ridgard Material Specifications For Fabric Prepregs Comments on Unofficial Draft Recommendations – August 22 nd Presented.
Composite Safety & Certification Initiatives Progress and Plans for Bonded Structure Presented at 9/18/02 FAA Workshop (Chicago, IL) Overview Applications.
FAA/NASA Workshop on Key Characteristics for Composite Material Control - Chicago, IL M17 M&P NWG DRR August 6 - 8, 20021/12 Carbon Tape Material Specification.
Review of FAA Guidelines for Fabric Prepreg Material Specification
Guidelines for Carbon Fiber Fabric/Epoxy Prepreg Specifications
0 FAA Workshop on Key Characteristics for Composite Material Control September 16 th – 18 th, 2003 Alan J. Norwid Principal Engineer M&P Ext.
9/17/2003 1LRM Spec Review LRM Material and Process Spec Review Cindy Cole Certification Manager The Lancair Company.
FAA Key Characteristics for Composite Material Control Presented at 8/6/02 FAA/NASA Workshop (Chicago, IL) Introduction – Importance of stabilizing composite.
Mary PacherFAA Workshop – Chicago September 16-18, 2003 Comments: Liquid Resin Molding Specifications Guidelines clearly indicate the critical importance.
Sikorsky A United Technologies Company FAA / NASA Workshop, Chicago, IL – August 6-8, 2002 Review of FAA Material Specification Guidelines Document John.
FAA Workshop on Key Characteristics for Advanced Material Control
Guidelines and Recommendations for the Development of a Material Specification for Carbon Fiber Reinforced Liquid Resin Molded Materials Gregg Bogucki.
FAA Workshop on Key Characteristics for Composite Material Control
1 2 nd FAA Workshop on Composite Material Control September 16-18, 2003 Westin O’Hare Chicago, Il.
FAA Regulatory Policy for Composite Material Control Presented at 8/8/02 FAA/NASA Workshop (Chicago, IL) Introduction – Importance of stabilizing composite.
FAA FAA Advisory Circular Presented at 9/16/03 Workshop (Chicago, IL) Background – Purpose of the advisory circular – Related regulations & guidance materials.
Processing of PMCs Varies from simple intensive methods to automated methods Varies from simple intensive methods to automated methods The methods of production.
FAA - NASA Workshop on Composite Material Control August Embassy Suites - Rosemont Chicago, Il 1.
L. Gintert – 8/8/02 Other Product Forms Considerations RTM and VARTM RTM and VARTM –Materials (Constituents – resin, fiber, tackifiers, cores, stitches/pins,
Review of Liquid Resin Molding Specifications FAA Workshop September 2003 Scott Reeve National Composite Center.
Composite Material Control FAA Efforts in 2002 Curtis R. Davies FAA William J. Hughes Technical Center Atlantic City International Airport, NJ 2nd FAA.
FAA Bonded Structure Projects. Session Purpose Give understanding of FAA involvement in bonded structures Show areas currently addressed by FAA research.
FAA/NASA Meeting on Industry Composite Specifications August 2002 FAA Report on Proposed Industry Prepreg Specifications Ric Abbott Abbott Aerospace Composites.
Guidelines for Carbon Fiber Tape Prepreg Specifictions W.T.McCarvill S.Ward August 6, 2002.
Composite reinforcements come in many styles
Mechanical Engineering Department Advanced Composites Dr. Talal Mandourah 1 Lecture 11 & 12 Processing Routes Molding Compound -Short fibers, preimpregnated.
MAE 661 Laminated Composites Introduction Materials and Processes
Project Life Cycle Lecture - 18.
Chapter 14: Fabrication of Plastics, Ceramics, and Composites
DOT/FAA/AR- 02/109 Guidelines and Recommended Criteria for the Development of a Material Specification For Carbon Fiber/Epoxy Unidirectional Prepregs Overview.
Composite Materials Bill Pedersen. Components of Polymer Composites Polymer Resin Usually a thermoset Usually a thermosetEpoxyPolyesterVinylester Thermoplastics.
Some Thoughts on Shared Databases Stephen Ward SW Composites Taos, NM.
Composite Materials Manufacturing Composite Materials Manufacturing 정분방.
Mechanical Engineering Department Advanced Composites Dr. Talal Mandourah 1 Lecture 9 & 10 Processing Routes Hot-melt Impregnation system Step 1 Preparation.
Processes Used to Form Composite Materials
FAA Composite Safety & Certification Initiatives Presented at 9/16/02 FAA Workshop (Chicago, IL) Overview – Background – Technical thrust areas – Major.
Diego BRITEZ Marie JOLLY Ahmad Muheeb MOHAMMAD. I. Monitoring Techniques  Flow Progression: Acoustic Sensors  Curing: Dielectric Analysis II. Control.
Comments on Fabric Material Procurement Document (9/17/2003): statement of purpose - guidelines not requirements … see J. Tomblin notes what type of parts.
Brainstorm Sessions from 9/17/03 (PM) 1 Comments on LRM Process Document List of references missing More info (or examples) on SPC (e.g., preform gap)
NTSB - AA587 Pilot? Accident Reconstruction Construction Site Tollbooth Cameras.
2 nd FAA Meeting on Composite Material Control Sept 2003 Proposed Material Specifications for LRM Ric Abbott Abbott Aerospace Composites Wichita, Kansas.
Composites 101 An introduction to composites design and manufacturing.
Composite Transport Fatigue, Damage Tolerance, Maintenance & Crashworthiness Workshop May 17-19, 2011.
STREET & RACING TECHNOLOGY. SRT brand discussion Videos (SRT) Vehicle Functionality Develop High Tech Strategy World premier GT Vehicle Lighter Weight.
Polymer Matrix Composites Matrix Resins and Composite Fabrication
Royal Lovingfoss John Tomblin Rachael Andrulonis Jeff Gilchrist
Reinforced Plastics.
Uniting composite manufacturing theory and application
DoD Advanced Composite Maintainer’s Technical Interchange Meeting
HILLSBOROUGH Football Disaster
Presenters: Andrew Brady & Bert Mannhalter
Metal Matrix Composites
Basic Properties of Fibres and Other Engineering Materials
Presentation transcript:

Introduction of Liquid Resin Molding Project

Scope of Project Create an initial control criteria philosophy Develop criteria for procurement and processing Create draft documents for procurement and processing Solicit industry input on draft criteria Revise the criteria based on industry input Release through the FAA Technical Center

The LRM Team Industry Team –Drafters Gregg Bogucki Larry Gintert John Bayldon –Reviewers Stephen Ward Will McCarvill John Tomblin FAA Team –Lester Cheng –David Ostrodka –Evangelia Kostopoulos –Peter Shyprykevich –Curtis Davies –Larry Ilcewicz

Liquid Resin Molding (LRM) Processes Types of Processes covered –RTM –VARTM –RFI –Can apply to traditional wet lay-up processes Materials –Constituents – resin, fiber, tackifiers, cores, stitches/pins, special forms; –Consumable materials) Processes –Fiber processing, ply cutting, lay-up, pre-forming, de-molding, post-mold operations

LRM Material Procurement Procurement considerations similar to that of the prepreg material producer All constituent materials (including fiber sizing, tackifiers, additives, additives, pins, stitching, etc.) need to be controlled via material specs. with out time, packaging, & other critical parameters properly controlled & documented.

LRM Material Procurement Cores, fly-away mandrels (density and stability), consumable/wash-out tooling Tooling and consumable materials including release agents, cleaning techniques, sealing techniques, bagging materials/bleeders, bagging techniques, and flow media

LRM Material Procurement Neat resin controls are numerous and dependant on material forms –Hot melt, heat-activated ingredients, degassed liquid resin, viscosity, visual/color, cure parameters, other parameters Tackifiers –Liquid/aqueous and powder –Physical parameters (powder size, viscosity), cure parameters, ingredients/chemistry, other –Resin compatibility

LRM Processing Fiber processing –Braiding, specialty weaving, stitching, pinning, hybrids, special forms (T’s, H’s, etc.), automation, consumables Lay-up and Preforming –Special tooling/fixturing for complex shapes –Special details (braids, cores, T’s, noodles, etc.) –Ply cutting and handling – multi-ply packs/kits –Preform locating techniques (tooling pins, features) –Tackifiers, pins, stitches, etc. –Special tooling/fixtures and processes

LRM Processing Tool Closure, Injection and Cure –Gap measurement, vacuum check, bag check –Resin injection/infusion sequence/cycle Critical heating areas, heat-activated ingredients/cure agents (pre-form=filter) Heat-up Vacuum (hard) Inject/infuse resin Bleed technique/sequence, bag check Ramp-up, back pressure –Plumbing diagram (consumable plumbing, preheater)

LRM Processing Demolding –Mandrel extraction - critical sequences –Wash-out mandrels –Tooling holes/fixturing features –Neat resin sample or witness laminate –Tool cleaning and prep Post-molding Operations –Typical but usually more complex

Material Qualification & Equivalency of Polymer Matrix Composite Material Systems

Update Material Qualification & Equivalency Documents Original MQ&E DOT/FAA/AR-00/47 –Reduced sampling on certain properties –Original AGATE methodology Updated MQ&E DOT/FAA/AR-03/19 –Full sampling on all Properties( 3 Batches) –Add statistical check for pooling –Additional statistical methodology based on MIL-HDBK-17 and user input –Corrected errata Updated document due to be released in September 2003

Small Group Discussion Group AGroup BGroup C

Division of Workshop for Group Discussions Group A –Shun-Ichi Bandoh –Geoffrey Wood –Lester Cheng –Mark James –Richard Monschke –Cheol-Won Kong –Cheryl Bowman –Laura Petrescue –Pierre Harter –Mark Chris –Mary Pacher –Atsushi Harada –Richard Fields –Gregory Dishian –Mike Braley –Dennis Cicci –Philip Chung –Scott Lindsay –Chris Ridgard –Michael Stuart –Steven Peake –Laura A. Fournier –John Bayldon –Emmanuel Pons –Scott Reeve –Jim Krone –Bob Stratton –John Bayldon –Kousuke Yoshimura –Dusty Penn Group C –John Tomblin –Sailen Chatterjee –Bob Stratton –Fred Guerin –Angie Kostopoulos –Henry Offermann –Roderick Martin –Andrew Johnston –Carl Matson –Phillip Larson –Werner Henkel –Matthew Baxter –Molly Stone –Carl Rousseau –John Adelmann –James Paulson –Craig Schiffman –Alan Norwid –Dave Stresing –Barry Meyers –Halvar Y. Loken –Tom Jonas Group B –Kim Hyonny –Dave McClenahan –John Ayorinde –Mark Freisthler –Kennedy Jones –David Ostrodka –Ho-Sung Lee –Gary Roberts –Alain Douchant –Peter Shyprykevich –ULF Breuer –Dan Ruffner –Paul Brey –Hiroshige Kikukawa –Melanie Violette –Cynthia Cole –Leigh Sargent –Mei Tian –Rex Kay –Paul Myslinski –Roger Francombe –Shreeram Raj –George Lallas

Small Group Discussion Intended to allow better interaction between the criteria drafters and workshop participants Group A will be in Executive Forum, Group B in Burton (Lower Level) and Group C in Banks (Lower Level) Provides informal meeting atmosphere for honest discussion of comments and concerns Drafters will record all comments for later review and action

FAA Bonded Structure Projects After last discussion group meeting all will return to the Executive Forum at 4:00 PM Results of the discussion groups will be consolidated this evening and be presented tomorrow At 4:00 PM will review FAA projects on bonded structures This will give you background for the subject to be discussed Thursday morning on FAA plans in bonded structure