000			01927nam a22001817a 4500
003			CEME
005			20210628205147.0
008			210301b xxu||||| |||| 00| 0 eng d
020			_a1-56091-219-7
040			_c.
082			_a629.2-SAE AUT'S
100			_aSae _95226
245			_aAutomotive body panel and bumper system materials and design sp-902
260			_aLONDON _bSAE _c1992
300			_a161P
650			_aDOWNGAUGING WITH HIGH PERFORMANCE FILLED RIM POLYMERS LOWERING FASCILL COST AND IMPROVING QUALITY 157-161 POLYUREA FASCIA WITH MCA REINFORCEMENT THE ULTIMATE IN PERFORMANCE AND SURFACE QUALITY 153-156 REACTOR THERMOPLASTIC OLEFINS A NEW CLASS OF HIGH PERFORMANCE MATERIALS FOR BUMPER SYSTEMS 133-152 DEVELOPMENT OF SUPER OLEFIN BUMPER FOR AUTOMOTIVE 121-132 STRUCTURAL RIM FOR PRODUCTION OF AUTOMOTIVE BUMPER BEAMS 115-120 ENERGY TRANSFER CHARACTERISTICS OF THERMOPLASTIC BUMPER BEAMS IN A PENDULUM IMPACT 109-114 DESIGNING FOR THERMOPLASTIC EXTERIOR BODY PANEL SYSTEMS 105-108 DIMENSIONALLY STABLE THERMOPLASTIC OLEFINS (TPOS) 97-104 THERMOPLASTIC COMPRESSION MOLDED HORIZONTAL AUTOMOTIVE PANELS 79-96 DEVELOPMENT OF A METHODOLOGY FOR ANALYSIS OF FULL FIELD STRAINS IN THERMOPLATIC EXTERIOR BODY PANLES USING PHOTOELASTIC TECHNIQUES 69-78 POLYOLEFINS THE BUILDING BLOCKS FOR DESIGNING THE MOST COST EFFECTIVE AUTOMOTIVE COMPONENTS 63-68 FENDER MATERIAL SYSTEM A LIFECYCLE COST COMPARISON 53-62 EXTERIOR BODY PANEL PRESENT MANUFACTURING IMPLEMENTATION AND FUTURE DIRECTIONS AND NEEDS 47-52 CLASS A STRUCTURAL RIM REPORT ON A PROGRAM TO DEVELOP SRIM FOR EXTERIOR AUTOMOTIVE BODY PANELS 41-46 FACTORS IMPACING THE SURFACE QUALITY OF A LIQUID COMPOSITE MOLDED SURFACE 31-40 VERTICAL BODY PANEL FLEXIBLE CLASS A SURFACE COMPOSITES VIA COMPRESSION OR INJECTION MODELING 7-30 REDUCING DEFECTS TO IMPROVE THE COMPETTIVENESS OF SMC IN EXTERIOR PARTS 1-6.27360 .28053.30843.30844.SP-902 _974213
942			_cBK _2ddc
999			_c579775 _d579775