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DIN 55805 - SHEET METAL BENDING ROLLS Organization: DIN
DIN 55805 - MACHINE TOOLS; SHEET METAL BENDING ROLLS; ACCEPTANCE CONDITIONS Organization: DIN
Date: 1979-12-01
DIN 55805 - MACHINE TOOLS; SHEET METAL BENDING ROLLS; ACCEPTANCE CONDITIONS Organization: DIN
Date: 1979-12-01
SAC - GB/T 15825.5-95 - SHEET METAL FORMABILITY AND TEST METHODS--BENDING TEST Organization: SAC
Date: 1995-12-13
DIN 9003-3 - AEROSPACE - BENDING OF LIGHT METAL SHEETS AND STRIPS - PART 3: BENDING RADII, DIRECTIONS FOR DESIGN Organization: DIN
Date: 1994-08-01
AFNOR - NF P98-286 - TEST RELATING TO PAVEMENTS - WATERPROOFING MATERIALS FOR ENGINEERING STRUCTURES - DETERMINATION OF THE FATIGUE STRENGTH OF A WATERPROOFING SURFACE COURSE ON SHEET METAL - NEGATIVE BENDING MOMENT FATIGUE BENCH TEST METHOD Organization: AFNOR
Date: 2006-12-01
DIN 9003-5 - AEROSPACE; BENDING OF LIGHT METAL SHEET AND STRIP; DIMENSIONS, LIMIT DEVIATIONS AND COMPENSATION VALUES Organization: DIN
Date: 1986-12-01
GOST 30003 - "METALS. CYLINDRIAL BENDING TEST OF SHEETS AND STRIPS LESS THAN 2,5 MM THICK" Organization: GOST
Date: 1996-06-19
GOST 30456 - METAL PRODUCTS STEEL ROLLED SHEETS AND PIPES IMPACT BEND TEST METHODS - INCORPORATES AMENDMENT 1: 09/2000 Organization: GOST
Date: 1997-01-01
BIS - IS 1403: PART 1 - MECHANICAL TESTING OF METALS - REVERSE BEND TEST PART 1 SHEET & STRIP - INCLUDES AMD 1: 1994 Organization: BIS
Date: 1993-01-01
WSPC - PLASTIC BENDING : THEORY - PLASTIC BENDING : THEORY AND APPLICATIONS Organization: WSPC
Date: 1996-03-20
Description: The monograph not only expounds the contributions of the authors to the fundamental theory of plastic bending, but also presents various applications of the theory in sheet metal forming, particularly in the analysis and prediction of springback and wrinkling of strips and plates subjected to bending or stamping.
ASTM B489 - STANDARD PRACTICE FOR BEND TEST FOR DUCTILITY OF ELECTRODEPOSITED AND AUTOCATALYTICALLY DEPOSITED METAL COATINGS ON METALS Organization: ASTM
Date: 1985-03-29
Description: This practice covers a test procedure for determining the ductility of electrodeposited and autocatalytically deposited coatings on sheet or strip basis metals. The purpose of the test is to determine the resistance of metal coatings to cracking during distortion.
NASA - NACA-TM-604 - FLAT SHEET METAL GIRDES WITH VERY THIN METAL WEB Organization: NASA
Date: 1931-01-01
Description: The ensuing methods were based on the assumption of the infinitely low stiffness in bending of the metal web. This simplifies the basis of calculations to such an extent that many questions of great practical importance can be examined which otherwise cannot be included in any analysis of the bending stiffness of the buckled plate.
TSE - TS 13144 - COMPETENT SERVICE – FOR SHEET METAL SHEARING AND/OR FORMING MACHINERY - RULES Organization: TSE
Date: 2005-04-14
Description: This standard includes, rules for management, physical characteristics, technical equipment and personnel of competent services for sheet metal searing (lever shears, guillotine shears, punch machine, etc.) and sheet metal forming (press brakes, clamping machine, sheet metal bending, etc.). Bu standard, sac kesme makinaları (kollu makas, giyotin makas, punch makinası vb.) ile sac şekillendirme makinaları (abkant pres, caka kenet makinaları, sac kıvırma makinası vb.) yetkili servislerinin işletmecilik, yapısal özellik, teknik donanım ve çalışanların özellikleri ile ilgili kurallarını kapsar.
SAE/TP - 2006-01-2388 - PREDICTION OF VARIATION IN DIMENSIONAL TOLERANCE DUE TO SHEET METAL HYDROFORMING USING FINITE ELEMENT ANALYSIS Organization: SAE/TP
Date: 2006-08-29
Description: This study presents the prediction of the dimensional variation of holes due to sheet metal bending using the hydroforming technique. Sheet metal with pre-drilled holes was evaluated for a bending operation using a hydroforming technique.
ASTM G30 - STANDARD PRACTICE FOR MAKING AND USING U-BEND STRESS-CORROSION TEST SPECIMENS Organization: ASTM
Date: 1997-04-10
Description: This practice covers procedures for making and using U-bend specimens for the evaluation of stress-corrosion cracking in metals. The U-bend specimen is generally a rectangular strip which is bent 180° around a predetermined radius and maintained in this constant strain condition during the stress corrosion test.
WRC BUL 473 - EXTERNAL BENDING MOMENTS ON BOLTED GASKETED JOINTS: PART 1 - THE EFFECTS OF BENDING MOMENTS ON BOLTED GASKETED JOINTS ; PART 2 - EFFECT OF GASKET TYPE ON THE BEHAVIOR OF NPS 4 CLASS 150 BOLTED JOIN - TO PURCHASE CALL 1-800-854-7179 USA/CANADA OR 303-397-7956 WORLDWIDE Organization: WRC
Date: 2002-07-01
Description: Different gasket materials are tested: non asbestos fiber sheet material, graphite sheet material, PTFE and Spiral Wound gaskets.
NASA - NACA-TN-951 - TESTS ON THIN-WALLED CELLULOID CYLINDERS TO DETERMINE THE INTERACTION CURVES UNDER COMBINED BENDING, TORSION, AND COMPRESSION OR TENSION LOADS Organization: NASA
Date: 1945-01-01
Description: Very little test information is available at present on the ultimate strength of thin-walled metal cylinders under combined loads, particularly so if compression, bending, and twisting loads are acting simultaneously.
DS/EN 1109 - FLEXIBLE SHEETS FOR WATERPROOFING - BITUMEN SHEETS FOR ROOF WATERPROOFING - DETERMINATION OF FLEXIBILITY AT LOW TEMPERATURE Organization: DS
Date: 2013-05-15
Description: If the upper surface is covered with a non woven (e.g. tissue, fleece etc.) or metal facing, the test is performed on the bottom side only. If the sheet on the upper surface is covered with permanent light surface protection and where the reinforcement is placed in the cross section visually closer to the upper surface, the test is performed on the bottom side only.
NBN - EN 1109 - FLEXIBLE SHEETS FOR WATERPROOFING - BITUMEN SHEETS FOR ROOF WATERPROOFING - DETERMINATION OF FLEXIBILITY AT LOW TEMPERATURE Organization: NBN
Date: 2013-06-21
Description: If the upper surface is covered with a non woven (e.g. tissue, fleece etc.) or metal facing, the test is performed on the bottom side only.If the sheet on the upper surface is covered with permanent light surface protection and where the reinforcement is placed in the cross section visually closer to the upper surface, the test is performed on the bottom side only.

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