Roll Forming Handbook / Edited by George T. Halmos
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[195] Frasier,S.E., Nitrogen die springs —aworkhorse of the die, MetalForming,January, 66–70,
1999.
[196] Wilhelm, R., In-die forcemonitoring —getting to the point, MetalForming,July,34–36, 1997.
[197] Klein, A., Punchpress tooling still cuts it, Form.Fabricating,January, 18–24, 1998.
[198] Cary, A., Applied loop control, MetalForming,January, 19–24, 1997.
[199] Glaser,H.M. 1995. The thermal diffusion (TD) process in the roll forming industry SME
“Roll Forming” Conference,August 29–30, Detroit, MI, MF93-217.
[200] Dobbins, D.,Cryogenic treatment can boost tool life, MetalForming,May,29–32, 1995.
[201] Dobbins, D.,Thermal diffusion process can extend tooling life, MetalForming,May,21–26, 1995.
[202] Waldmann, C., Increasing the durabilityofpress brake, shear,and other tooling.
[203] Fundamentals of heat treating, Prec. Met.,excerpt from the handbook of Practical Heat Treating,
August, 15–20, 1987.
[204] Cook, D.,Powdered metal based on titanium carbide combines wearabilityand machinability,
Can. Mach. Metalwork.,October,36, 1990.
[205] Sioshansi, P. ,Surface engineering by ion implantation, Prec. Met.,December,15–19, 1988.
[206] Klaphaak, D.,Coating carbide dies and wear parts, Metalwork. Prod. Purchasing,November,
1989.
[207] Mishek, J.,TiN coating comes to the punching industry, SheetMet. Tech. Quart.,January, 1987.
[208] Weber,J.S. Titanium carbide tooling for the tubing industry.
[209] Worbye, J.,Guidelines for EDM of tool steels, Prec. Met.,October,11–16, 1987.
[210] Destefani, J.D.,Ion implantation update, Advanced Materials &Processes Inc. Metal Progress
10/88, 39–43.
[211] Smith, L.D., Weld tool steels right, Form.Fabricating,January, 44–50, 1999.
[212] Tarney,E., Selecting high-performance tool steels for metalworking tools, MetalForming,
September,35–41, 1997.
[213] Dyla, J.E., Variations in rollforming lubrication, MetalForming,January, 40–46, 1998.
[214] Pearson, R., Rollforming system —precutvs. postcut, Fabricator,March, 1990.
[215] Wasmer,W., Producing side-impact-protection profiles, Fabricator,December,40–41, 2003.
[216] Cain, E., Cold roll forming partVIII —acut to length system, Fabricator,July/August, 11, 1977.
[217] Hogse, E., Understanding digitally controlled die accelerators for rollformed sections, Fabricator,
November/December,13–17, 1977.
[218] McGinnis, J.,The digital, electro-hydraulic servo controlled flying Ccutoff, FMA, Paper No.
F-1960.
[219] Toben, J.,Computers speed roll forming design, production, Mod. Met.,August, 43, 1987.
[220] Allman, R. 1996. Computer technologyinmetal construction manufacturing. FMA “Roll
Forming for the Metal Construction Industry” ,October 1–3, 1996, Rosemont, IL.
[221] Botting,D., Monitoring roll forming and tube mill cutoff, Fabricator,April, 22–25, 1997.
[222] Allman, R., Open loop flying die punch and cutoffpresses: improving performancewith
microprocessors, Fabricator,March, 16–18, 1990.
[223] Halmos, G., Length tolerancefor rollformed parts, Prec. Met.,December,33–36, 1981.
[224] Linders, D.,Cut-to-length measuring systems, Fabricator,February, 40–42, 1999.
[225] Halmos, G., Correct selection of cut-to-length system maximizes rollform productivity,
Fabricator,January/February, 21, 1982.
[226] Samson Roll Formed Products, In-line operations broaden roll forming applications, Prec. Met.,
May, 17 –21, 1979.
[227] van Kouwenberg,C., Metal embossing with engravedrolls, Fabricator,March, 1983.
[228] Foster,F.B., Embossing with the rotary method, Fabricator,October,32–33, 1996.
[229] Czerski, R.D., Roll forming for better welding, Form.Fabricating,June, 28–34, 1997.
[230] Czerski, R. 1995. Howtomakeproducts that are roll formed and welded. SME “Roll Forming”
Conference,August 29–30, 1995, Detroit, MI.
[231] Editorial, Welded beam lines for around the world, Can. Mach. Metalwork.,August, 36, 1978.
Roll Forming HandbookR-8
[232] Czerski, R., Howtomakeroll-formed welded products, MetalForming,September,38–44, 1996.
[233] Halmos, G., Curving and straightening of roll formed parts, Fabricator,March/April, 1989.
[234] Continuous roll form circles yield motorcycle fenders, Prec. Met.,May,43, 1978.
[235] Ohler,G., Die Normung von Profilierwalzenrollen, Blech,June, 1964.
[236] The American Iron &Steel Institute, Whyroll forming enjoys rising status, Can. Mach.
Metalwork.,November,59–62, 1969.
[237] Keska, K.R., Roll forming, Mach. Des.,December 14, 117–118, 1967.
[238] Cold-roll-formed sections —what they are and who makes them, SheetMet. Ind. ,October,871
and 878, 1980.
[239] Meeting the needs of modern roll forming, SheetMet. Ind. ,880, October 1980.
[240] Barrett, J.E., Cold rolled sections, Eng. Mater.Des.,June, 1974.
[241] Chu, A., Newwrinkle in roll forming, Mod. Met.,August, 75–76, 1969.
[242] Church, F.L., Cold rollforming: the thriftyalternative, Mod. Met.,July,31–38, 1978.
[243] Evans, B., Advanced techniques and machines for cold roll forming (partI), SheetMet. Ind.,July,
389–396, 1973.
[244] Evans, B., Advanced techniques and machines for cold roll forming (part II), Sheet Met. Ind.,
August, 448–455, 1973.
[245] Wright, J.R., Fundamentals of roll forming, Prec. Met.,February, 23–25, 1987.
[246] Roll forming looks for ways to educate designers, Prec. Met.,March 38 –39, 1976.
[247] Penington, J.N., Enhanceyourroll forming with high-frequency welding, Mod. Met., 57(7), July,
32–34, 2001.
[248] Jackson, R., Roll forming heavy gauge and highstrength steels. FMA/SME Fabtech East
Proceedings ,April 1992, and Fabricator,October 1992.
[249] Roll form system produces three-piece partinfour seconds, Prec. Met.,September,36–37, 1977.
[250] Ulrich, H.J., Rollforming is an art, Modern Machine Shop.
[251] Steel Products News Bureau, Roll forming making gains in areas of potential growth, Can. Mach.
Metalwork.,November,58–70, 1977.
[252] Keska, K.R., Cold roll forming. ASCE Structural Engineering Conference,Seattle, May8–12, 1967.
[253] Growth of roll forming opens new markets for stampings, Met. Stamp. ,November,18–19, 1976.
[254] Shaping process is faster and cheaper, Ind.Manage.,June 36–37, 1977.
[255] Accuracy,economy and speed assureroll forming growth, Prec. Met.,July,23–24, 1976.
[256] Pugh,G.H., Interrupted roll forming, SheetMet. Ind. ,April, 336–344, 1970.
[257] Weimer,G., Roll forming advances suit today’sstructures, Iron Age ,April, 1980.
[258] Griffin, E., Cold roll forming and manipulation of light-gauge sections, J. Inst. Met.,6,181–197,
1955–56.
[259] Cold forming—practiceinthe United States, Iron Steel Eng.,134–149, November 1959 and
Kirkland, W.G., Am.Iron Steel Inst.,April, 1–41, 1966.
[260] Eckhardt, T.K., Roll forming —theoryand application (PartI&II), Met. Fabricating News,
March–April 1970 (PartI), see also June 1970 (PartII).
[261] Vanderploeg,E.J.1955. Cold roll forming, Iron and Steel Engineer Year Book,pp. 711–716.
[262] Weimar,G., ZumGegenwa
¨
rtigen Stand des Walzenprofilieren, Ba
¨
nder,Bleche, Rohre,8,5–7,
308–469, 1997.
[263] Gutowski, T.,Cold roll forming —anintroduction. FABTECH ’83, 1983, September 1983,
Chicago,IL.
[264] Altenpohl, D.A., Aluminum: Technology, Applications, andEnvironemnt ,The Aluminum
Association and TMS, 1998.
[265] Custom Roll Forming Institute, Roll forming, Prec. Met.,July–August, 123–132, 1989.
[266] Tarkany, N., Balancing wear,strength, and toughness, Stamping J.,May/June, 36–40, 2000.
[267] Voth, D.L. 1992. Roll forming systems. SME Conference,December 8–9, 1992, Grand Rapids, MI.
[268] Roll forming’s face-lift, Manuf. Eng.,September 39–40, 1991.
[269] Winship,J.T., Rollforming: fast and flexible, MetalForming,September,3–15, 1988.
References R-9
[270] Wasmer,W., Reviewing basic roll forming processes, Fabricator,October,1990.
[271] Toben, J.,Rollforming —choosing the right system for your needs, Fabricator,January, 1987.
[272] Kurselz, I.E., Kaltrollen vonBrandprofilen, Klepzig-Fachberichte,DK669.1-418:621.944.124.
[273] Neubauer,A., Oswald, J.,and Mo
¨
ckel, W.,Kengrbo
¨
b en fu
¨
rden Aufbau vonProfilieranlagen,
Neue Hu
¨
tte,14Jg. Heft 9, September 1969.
[274] Otto,L.1985. Amanufacturer looks at roll forming, SME Conference,September 16–19, 1985,
Chicago,IL.
[275] Ahot application for roll formed shapes, Prec. Met.,March, 31—32, 1980.
[276] Cadney,S., Panoramica sulla progettazione degli utensili di formatura per rullatura afreddo,
Lamiera ,September,86–90, 1982.
[277] Williamson, H.A., Innovative methods of cold roll forming producecomplex parts more
efficiently, Fabricator,January/February,1984.
[278] Halmos, G.T., Improving roll forming productivity, Prec. Met.,May,23–26, 1979.
[279] Williams, V.A., Roll forming for profit, Production,March, 1977.
[280] Green, R.G., The changing shape of roll forming, Form.Fabricating,January/February, 34–41,
1996.
[281] Gutowski, T. 1995. Alogical approach to roll forming tooling. SME Conference,August 29–30,
1995, Detroit, MI.
[282] Gutowski, T. 1995. Roll forming process &theory. SME Conference,August 29–30, 1995,
Detroit, MI.
[283] Vandenbroucke, J.,Cardinal, P.,and Powell,A.1995. Howtosolvetoday’s problems with
advanced proven technology. SME Conference,August 29–30, 1995, Detroit, MI.
[284] Winship,J.T., Roll-forming of complex shapes, Am.Mach.,May,118–121, 1977.
[285] Cold rollforming rolls up economics for product manufacturers, Mod. Met.,April, 74–82,
1979.
[286] Rollforming wall panels, Tool. Prod.,January, 81, 1979.
[287] Pennington, N., Automated controls operate advanced rollforming lines, Mod. Met.,March,
32–37, 1983.
[288] Riedlinger,T., Newwrinkle in roofing gives steel competitiveedge, Mod. Met.,August, 1982.
[289] Scherble, H. 1985. Computerized production line to manufactureroll-formed sun protection
slats. FABTECH Conference,September 16–19, 1985, Chicago,IL
[290] Halmos, G. 1984. Guidelines for purchasing roll forming lines. SME Conference Proceeding,
September,1984.
[291] Halmos, G., Rollforming beyond year 2000, SME Conference,December,1993.
[292] Halmos, G., Trends in roll forming, SheetMet. Ind. ,January, 238, 1983.
[293] McNeil, E., Improving roll forming performance, Fabricator,September,60–61, 1997.
[294] Thurau, W.,Up-to-date rollforming technologyinthe building,automotive, furnitureand
electroindustry, Technische Woche fu
¨
rInvestigitionsgu
¨
ter in der VR China,July,1985.
[295] Allman, R., Increasing roll forming line speed, Fabricator,April, 38–40, 1998.
[296] Weimer,G.IV, Roll forming: artorscience? Fabricator,December,74–76, 1997.
[297] Halmos, G., Is there roomfor innovation in the metal industry? Des. Innovat. Ind. ,November,
225, 1979.
[298] Halmos, G., Trends in roll forming, Prec. Met.,March, 27, 1984.
[299] Halmos, G., Newtrends in roll forming, Fabricator,January/February,32, 1985.
[300] Church, F.,Rollforming what it is; what it can do, Mod. Met.,October,1990.
[301] Jackson, R., Roll forming heavy gauge and highstrength steels, Fabricator,October,1992.
[302] Walsh, T.,Roll forming: what it is/what it can do, Mod. Met.,April, 34–44, 1973.
[303] Vanderploeg,E.J., Cold rollforming of building shapes, IronSteel Eng.,January, 83–87,
1965.
[304] Rollformer joins press brakes, boxspring firm reaps benefits, Mod. Met.,February, 106, 1991.
[305] Could it be roll formed? Des. Eng.,April, 1983.
Roll Forming HandbookR-10
[306] Fuss, C. 1991. Rollform applications at trim trends. SME Conference,June 17–19, 1991,
Ypsilanti, MI.
[307] An integrated factoryfor domestic applianceproduction, MetalForming,June, 21–27, 1991.
[308] Dobbins, D.B., Roll forming “villager” slide rails, MetalForming,February, 29–34, 1995.
[309] Roll formed structures stiffen new luxurycar body, Roll Form.Ind.Quart.,9,3,13–14.
[310] Dobbins, D.,Rollforming puts the fit in fitness equipment, MetalForming,July,22–26, 1995.
[311] Halmos, G., Roll forming automotive components. SME Conference Proceeding,August 29–30,
1995 and December,1993
[312] Arbuckle, H.J., Newroll forming line fulfills 15 year dream of quality, MetalForming,July,29–32,
1995.
[313] Dobbins, D.,Roll former designs —custom line for heavy sections, MetalForming,July,42–48,
1999.
[314] Gutowski, T.,Developing the rollformed impact bar process, Contour Roll Co.insert.
[315] Osbeck, G. 1981. The Embosser. Fabtech Int., Proceedings ,pp. 201–208.
[316] The Yoder Company, Cold roll forming material of varying thicknesses —apractical and
economical process, Fabricator,January/February,1981.
[317] Maplewood Inc., Principles of cold rollforming (partI), Fabricator,September/October,1978.
[318] Thompson, F.E., Rollforming equipment and techniques, Sheet Met. Ind.,835–840, November,
1971.
[319] Roll forming extended to thicker sections, Iron Age ,February, 44–45, 1976.
[320] Roll forming systems for heavy gauge, hightensile steels, Prec. Met.,October,1977.
[321] Gold, R., Whypeople redesign with custom roll formed shapes, Prec. Met.,February, 33–37,
1982.
[322] Weimer,G., Roll forming advances suit today’sstructures, Iron Age ,April 7, 57–59, 1980.
[323] Williamson, H. 1983. Innovative cold roll forming systems. FABTECH ’83,September 26–29,
Chicago,IL.
[324] Roll forming: poised for aquantum jump, Met. Stamp. ,June, 4–8, 1984.
[325] Gale, L.R. 1982. Newconcept in rollform machineryand tooling. SME Conference,September
27–30, 1982, Pittsburgh, PA.
[326] Special automatic panel-making line, Sheet Met. Ind.,June, 731–732, 1978.
[327] Four hundred panels an hour on automatic line, Sheet Met. Ind.Annu. Rev.,August, 938, 1978.
[328] Mungovan, J.A., Appliances could challenge automotive, building as coated coil’stop market,
Mod. Met.,July,41–49, 1978.
[329] Kaiser Aluminum &Chemical Corp., On-site roll forming stops leaks, Prec. Met.,March, 44,
1978.
[330] Gold, R.,Solar heating: ahot applicationfor roll formed shapes, Prec.Met.,October,25–28,1980.
[331] Arpe, J.,Cold rollforming —the versatile process, Sheet Met. Ind. ,October,873–878, 1980.
[332] Boeddener,R., Custom roll forming —combining aversatile process and excellenceindesign,
Fabricator,May/June, 26–27, 1980.
[333] Rhea, N.W., Rollformers aid an electric heater manufacturer, Tool. Prod.,January, 68–69, 1978.
[334] Jorgens, L., Computerized tooling for roll forming, Prec. Met.,June, 49–50, 1977.
[335] Beecher,D.J.1979. Cold roll forming profiles from material of non-uniform thickness. First
International Conference RotaryMetal-Working Processes,November 20 –22, London, UK.
[336] Halmos, G.T., Current rollforming system require sophisticated tooling, Fabricator,September/
October,1979.
[337] Richter,T., Automatic roll forming and assembly, Fabricator,March, 12–15, 1990.
[338] Custom rollforming offers manydesign ideas, Prec. Met.,November,27–29, 1975.
[339] Custom Roll Forming Institute, Custom roll forming offers fabricators an alternative, Fabricator,
January/February, 20–21, 1985.
[340] Eiloart, N.C.,Customrollforming —aneconomicalmethod, Eng. Dig.,September,17–20,1985.
[341] Roll forming looks for ways to educate designers, Prec. Met.,March, 38 –39, 1976.
[342] Production design techniques for cold roll forming, Mach. Des.,December,106–112, 1956.
References R-11
[343] Halmos, G.T.1980. Design for manufacturability. Fifth International Conference on ColdFormed
Steel Structure,November 1980, St. Louis, MO.
[344] Designer’sguide to roll forming, Prec. Met.,April, 44–46, 1976.
[345] Halmos, G.T.Thin-walled structures; influenceofmanufacturing technologyondesign.
Unpublished paper.
[346] Zets, M., Custom rollforming: making stronger,less expensiveparts, MetalForming,October,
22–25, 1992.
[347]Halmos, G.,Practical design guidefor brake&rollformedproducts, Fabricator,July/August,1982.
[348] Halmos, G. 1980. Design for manufacturability. Fifth International Conference on Cold Formed
Steel Structures Proceeding,November,1980.
[349] Halmos, G., Rollforming to tight tolerances, Fabricator,March/April, 1988.
[350] Halmos, G. 1982. Practical grain bin design-manufacturing and erection considerations. Inter-
national Conference on Cold Formed Steel Structures Proceeding,November,1982.
[351] Halmos, G. 1982. Influenceofforming technologyonproduct design. Second International
Conference RotaryMetalworking Proceeding,October,p.187, 1982.
[352] Halmos, G. 1986. Rollforming to tight tolerances. SME Conference Proceeding,September 1986.
[353] Steinmann, J.,Analysis methods help safetyrequirements, MetalForming,May,34–40, 1999.
[354] Tedesco, R., Ensuring that stamping presses comply with safetystandards, Stamp.J. ,September/
October,30–33, 1997.
[355]Harrison, R., Point-of-operationsafeguarding mechanical power,presses, MetalForming,
February, 30–38, 1998.
[356] Penick, D.,Maintaining rollforming lines, Fabricator,October,1992.
[357] Penick, D. 1996. Tooling and equipment: retrofitting and maintenance. FABTECH Conference,
September 16–17, 1996, Indianapolis, IN.
[358] Ventura,D.1996.Tooling care and maintenance. FABTECH Conference,October 1–3,
Rosemont, IL.
[359] Davis, H.L. 1992. Justifying rollforming: the cost effectiveness of this manufacturing process.
SME Conference,December 8–9, 1992, Grand Rapids, MI.
[360] Strecker,Al., Evaluating rollforming line performance, Fabricator,April, 32–35, 1999.
[361] Halmos, G. 1982. Increasing efficiency of roll forming lines. Second International Conference
RotaryMetalworking Proceeding,October,1982.
[362] Halmos, G., Improving roll forming productivity, Prec. Met.,May and June, 1979.
[363] The SocietyofManufacturing Engineers —Equipment Justification Committee, Equipment
Justification,April, 1977.
[364] Graduous, F. and Li, H., Calculating rollform springback, Fabricator,September,30–31, 2002.
[365] Aerotech Inc., Servosdotheir partmaking rollform mill moreflexible, Mod. Appl. News,April,
94, 1999.
[366] Navidzik, J. 1990. Is the Sun Setting on Your Company’sCompetitive Edge? Oregon Precision Metal
Fabricators Association.
[367] Roberts, M. 1990. Developing aQuality Workforce,Oregon Precision Metal Fabricators
Association
[368] Schneider,G.Jr. and Mishne, P. P.,Keeping up in an uphill struggle, Manuf. Eng.,October,68–71,
1988.
[369] Stauffer,R.N., Lessons learned in implementing new technology, Manuf. Eng.,June, 60–63, 1989.
[370] Arbuckle, H.J., Education &empowerment, MetalForming,January, 50 –54, 1996.
[371] Editorial, Metalworking’s best-kept secret, Can. Mach. Metalwork.,August, 1982.
[372] Bresnahan, M., Making on-the-job training succeed, Fabricator,December,70–72, 1997.
[373] Daly,F., Competency-based training develops multi-skilled workers, MetalForming,July,34–36,
1994.
[374] Duties &standards for metalforming skills, Precision Metalforming Association, September,
1995.
Roll Forming HandbookR-12
[375] Penick, D.,Troubleshoot rollforming lines, Form.Fabricating,March, 50–53, 1999.
[376] Halmos, G., Rollforming: troubleshooting &trouble prevention, Fabricator,May,1991.
[377] Halmos, G. 1990. Troubleshooting and trouble prevention. SME Conference Proceeding,
September.
[378] Czerski, R., Pick the right welder for rollforming, Form.Fabricating,October,54–61, 1998.
[379] ASTM (American Societyfor Testing and Materials). Appropriate Standards.
[380] ASM (American Societyfor Metals), Metals Handbook—Properties & Selection,Vols. 1–3, latest
edition.
[381] The Aluminum Association. Aluminum Standards and Data,latest edition.
[382] AISI (American Ironand Steel Institute). Appropriate Standardsand Guides.
[383] ASM, Worldwide Guide to Equivalent Irons and Steels,latest edition.
[384] U.S. Department of Labor,Osha 3067, 1992 (Revised) Concepts and Techniques of Machine Safe
Guarding.
[385] Occupational Safetyand Health Administration (OSHA) 1988. StandardCFR 1910.217.
Occupational Safetyand Health Standards —Subject O—Machineryand Machine Guarding.
[386] General IndustrySafetyand Health Standards,(OSHA) 29 CFR 1910.
[387] 20 CFR 1910.147. The control of Hazardous Energy(Lockout/Tag Out) Inspection Procedures
and Interpretive Guidance.
[388] B11-TR3 ANSI Te chnical Report for Machine To ols —Risk Assessment and Reduction —
aGuideline to Estimate Evaluate and ReduceRisks Associated with Machine Tools.
[389] ANSI B11.12-1996. Roll-Forming and Roll-Bending Machines —SafetyRequirements for
Construction Care,and Use.
[390] ANSI B15.1-1992. SafetyStandardfor Mechanical Power Transmission Apparatus.
[391] ANSI B11.19-1990. Machine To ols PerformanceCriteria for the Design, Construction, Care and
Operation of Safeguarding when Referred by Other B11 Machine Tool SafetyStandards.
[392] ANSI-NFPA-79-1994. Electrical Standardfor Industrial Machinery.
[393] ANSI Z535.4-1991. Product Safety Signs and Labels.National Electrical Manufacturers
Associations.
[394] EN292 Standard, ISO 12100-1 and 2. SafetyofMachinery—Basic Concepts, General Principles
for Design —Part1:Basic Te rminology, Methodology,Part2:Technical Principles and
Specifications.
[395] EN1050, SafetyofMachinery—Principles of Risk Assessment, November,1996.
[396] Liberty Mutual, Standard Drawing 2110 June, 1990 “In-Running Rolls”.
[397] Liberty Mutual, Standard Drawing 1063-2 January, 1997 “PowerPress”.
[398] SAE (Society of Automobile Engineers). Appropriate Standardsand Guides .
[399] Remirez, F.,Leveling defects —causes and cures, MetalForming,July,32–34, 2000.
[400] Theis, E., When to level, MetalForming,July,36–40, 2000.
[401] Harmon, J.J. 1990. Laws Involved in Governing the Use, Management and Disposal of Metal-
working Lubricants.Cors &Bassett, Environmental Group,Cincinnati, OH.
[402] Heidenreich, E.E. 1990. HowtoSet-UpaWaste Minimization Program for Coolants and
Lubricants.Edjetech Services, Edjean Technical Services, Kipton, OH.
[403] Ivaska, J.,Jr. 1983. Howmetal forming lubricants affect the finishing process. SME Technical
Paper,FC83-690.
[404] Ivaska, J.,Jr. 1987. Lubricant implications for integrated pressworkers. SME Technical Paper,
MF87-003.
[405] Nachtman, E.S., Kalpakjian, S. 1985. Lubricants and Lubrication in Metal Working Operations.
Marcel Dekker,New York.
[406] Waste Minimization Opportunity Assessment Manual USEPA ,July 1988, Publication No.EPA/
625/7-88/003. Hazardous Waste Engineering Research Laboratory, Cincinnati, OH.
[407] Serious Reduction of Hazardous Waste, for Pollution Prevention and Industrial Efficiency.
OTA, September 1986, D.C. Publication No.OTA-ITE-317. U.S. Government PrintingOffice,
Washington.
References R-13
[408] Gradous, F.,Roll form design —section orientation, Tool. Prod.,September,83, 1966.
[409] Vantura, D.,Examining roll form tooling, Fabricator,April, 1996.
[410] Baranowski, D.,Automating roll form layout, Fabricator,September,1989.
[411] Strategic Waste Minimization Initiative,USEPA, February, 1989, Ve rsion 1.1, Center for
Environmental Research Information, Cincinnati, OH.
[412] Economic Assessment of Industrial Waste Minimization Strategies,USEPA, April,1989, Center for
Environmental Research Information, Cincinnati, OH.
[413] Jancsurak, J.,Fabricating success stories, Appliance Manuf.,June, 50, 1991.
[414] Srnec, A., Reducing springback and flare, unpublished communication.
[415] Halmos, G. 1986. Designing automotive products for rollforming. SME Conference Proceeding.
[416] Wick, C., Benedict, J.,and Veilleux, R., Tooling & Manufacturing Engineers Handbook —Vol. II
Forming,Chap.8,SME, latest edition.
[417] Wood, W. et al. 1965. Final reportonadvanced theoretical formabilitymanufacturing
technology. Te chnical ReportAMFL-TR-64-411, Vol. I.
[418] Yu,W.W.1979. Cold Formed Steel Structures Design Analysis Construction.Robert E. Krieger
Publishing,Huntington.
[419] Schuster,R.M. 1974. Design in Cold Formed Steel.UniversityofWaterloo Press, Waterloo.
[420] Canadian StandardAssociation. Appropriate Standard and Guides.
[421] Dimensioning and Tolerancing,ASME National StandardY14.5A.
[422] Oehler,G.1983. Biegen unter Pressen, Abkantpressen, Abkantmaschinen, Walzrundbiege-
maschinen, Profilwalzmaschinen. Carl Hanser Ve rlag Munchen.
[423] Cam TechnologyAdvances RotaryPunch/Shear Capabilities, Mod. Met.,August, 23–25, 2002.
[424] Costello,R., Accumulating efficiency in roll forming, Fabricator,April, 44–46, 2004.
[425] Kroskey, D.,Inline welding of rollformed profiles, Fabricator,April, 48–50, 2004.
[426] Ebel, S. and River CityRoll FormInc., Worn-out forming tooling and no drawings? Fabricator,
March, 34–36, 2004.
[427] Linders, D.,Rollfeed and grip feed, Fabricator,March, 42–45, 2004.
[428] Brandegger,R., Predicting stress and strain in roll formed profiles, Fabricator,May,56–57, 2004.
[429] Technical Update, Rollforming setup, MetalForming,February, 18–23, 2001.
[430] Penny, V.,Rollforming-mind the entryend, MetalForming,February, 24–29, 2001.
[431] Baird, A. Evolution of aRoll Forming Line, unpublished communication.
[432] Newtechnology in the 90’sand its impact on yourwork. CSSBI Conference, Aylmer,Quebec,June
1993, unpublished.
[433] Halmos, G., The heat is on, Fabricator,September,36–38, 2000.
[434] Halmos, G., Rollforming automotive components, Fabricator,February, 1998.
[435] What’snew in roll forming equipment and supplies, Buyer’sFile, Prec. Met.,May,37, 1976.
[436] Church, F.L., Roll forming: what it is; what it can do, Mod. Met.,46, 9, 64, see also 66, 68, 70,
October,1990.
[437] Roberts, W. Cold Rolling of Steel.Marcel Dekker,New Yo rk, 1978.
[438] Roberts, W. Hot Rolling of Steel.MarcelDekker, NewYork, 1983.
[439] Carder,M., Design considerations for rollforming rolls, Fabricator (USA),20, 6, 10–11, 1990.
[440] Halmos, G., Guidelines for purchasingrollforming lines, Prec. Met.,July,17, 1987.
[441] Jandel, A.S., Coil coating for construction, Metalloberflache,February, 28–30, 2002.
[442] Pavlos, T.,Precision made by rollforming, Wire,July,32–33, 2001.
[443] Schulte, A., Hahn, O.,and Welsch, F.,Roll-formed, functional optimised components for vehicle
construction, Stahl und Eisen,June, 16, 75–78, 1998.
[444] Schmoeckel, D.,Sitzmann, B., and Stricker,N., Te chnological processor for rollforming, Blech
Rohre Profile,April,169–173, 1996.
[445] Sedlmaier,A., Computer simulation of the rollforming process, Bander Bleche Rohre,36, 12,
34–36, see also 39–41, 1995.
[446] Schmoeckel,D.and Busse,D., Improvement of thequality of standardroll-formed shapes by
oscillation superpositioninthe continuous cold roll formingprocess, BlechRohre Profile ,October,
768–772, 1992.
Roll Forming HandbookR-14
[447] Kleiner,F.J., Maevus, F.,and Sulaiman, H., Testing avideographic measuring device for on-line
geometric assessment during rollforming of thin sheet, Blech Rohre Profile,May,394 –397,
1992.
[448] Stahl, W.,Large sheet metal components can be shaped by bending between rolls without a
scratch, Maschinenmarkt,20–22, see also 24, 26, October,1991.
[449] Sedlmaier,A., Computer aided manufacturing of rolled product profiles, Bander Bleche Rohre,
95–98, see also October,101–102, 1990.
[450] Albertario,G., Virtual forming, Lamiera ,November,156–162, 2000.
[451] Timossi, P.,Focus on roll forming, Lamiera,October,134–150, 2000.
[452] Li, H. and Gradous, F.J.,The importance of the flange in the rollforming of aprofile, Lamiera ,
37, 9, 102–107, 2000.
[453] Suzzani, C., Roll forming of profiles from sheet metal, Lamiera ,April, 74–81, 1998.
[454] Barberis, N., Metalforming with rollers, Officina,February, 54–58, 1993.
[455] Costello,R., Accumulating efficiency in rollforming, Fabricator,April, 2004.
[456] Brandegger,R., Predicting stress and strain in roll formed profiles, Fabricator,May,2004.
[457] Grabow, M., The lowdown on pallet decoilers, Stamp.J. ,May,18, 2004.
[458] Gradous, F. and Li, H., Calculating roll forming springback, Fabricator,September,30, 2002.
[459] Ebel, S., Advanced roll forming troubleshooting, Fabricator,February, 26, 2003.
[460] Menke,L., Good things come in small packages, Fabricator,February, 28, 2003.
[461] Kren, L.A., Value-added rollforming with stronger steel, Metalforming,35, March, 2002.
[462] Czerski, R., Well-kept secrets for operating rollforming machines, Metalforming,September,33,
2001.
[463] Penny, V.,Rollforming —mind the entryend, Metalforming,February, 25, 2001.
[464]Montgomery, J. and Lutes,C., Secondaryconsiderationsinrollforming, Metalforming,
November,30, 2000.
[465] Kren, L.A., Beyondrollforming, Metalforming,March, 34, 2004.
[466] Wasmer,W., Producing side-impact-protection profiles, Fabricator,December,40, 2003.
[467] Summerhill, C., The basics of roll form tooling design, Tube Pipe J.,March, 2003.
[468] Li, H., Finding the driving radius in roll forming, Fabricator,September,32, 2001.
[469] Weber,H., Rollforming tailored tubes to fit custom needs, MetalForming,May,34, 2003.
[470] Schubert,B., Get the right roll tooling, Form.Fabricating,February, 33, 2003.
[471] Editorial,, Warm-forming magnesium sheet, Stamp.J. ,July,32, 2004.
[472] Grant, B.,Understand coil feeding, Form.Fabricating,August, 19, 2002.
[473] Keeler,S., Increase use of higher-strength steels, MetalForming,July,60, 2002.
[474] Kuvin, B.F.,Rollforming tooling —fromdesign to production, without delay, MetalForming,
June, 54, 2002.
[475] Li, H. and Graduous, F.J.,Designing roll forming tooling flanges, Fabricator,April, 30, 2000.
[476] Editorial, Forming high-strength steels (part I—properties and applications), Stamp.J. ,
November,32, 2004.
[477] Schaeffler,D., Advanced high-strength steels, Stamp.J. ,November,22, 2004.
[478] Alsamhan, A., Hartely,P., and Pillinger,I., The computer simulation of cold-roll-forming using
Fe methods and applied real time Re-meshing techniques, J. Mater.Process. Technol.,142, 1,
102–111, 2003.
[479] Kuvin, B.F., Contract rollforming reinvented, MetalForming,37, 9, 36–39, 2003.
[480] Shen, X., Liu, J.,Wang,X., and Huang,C.C., Development of an applied roll forming pass design
expertsystem based on the shape element idea, J. Mater.Process. Technol.,140, 1–3, 505–508,
2003.
[481] Weber,H., Rollforming tailoredtubes to fit custom needs, MetalForming,37, 5, 34–35, see also
38, 2003.
[482] Mennecke, D.,Rollform tooling tryout and troubleshooting.Taking afive-step approach,
TPJ —Tube Pipe J.,14, 3, 24–27, 2003.
References R-15
[483] Paisley,T., Hydraulic forming takesafront seat, Stamp.J. ,15, 2, 38–40, 2003.
[484] Kalzip spans 130 metres to enclose water treatment plant, Aluscope,3,12, 2003.
[485] Pennington, J.N., The basics of swept shapes, Mod. Met.,59, 2, 32–35, 2003.
[486] Sweeney,K.and Grunewald, U.,The application of roll forming for automotive structural parts,
J. Mater.Process. Technol.,132, 1–3, 9–15, 2003.
[487] Browning,J.E., Tier 1supplier turns auto industryrequirement into opportunity, Stamp.J. ,14, 6,
42–44, 2002.
[488] Merklein, M. and Geiger,M., Newmaterials and production technologies for innovativelight-
weight constructions, J. Mater.Process. Technol.,125–126, see also September,9,532–536, 2002.
[489] Tajdari, M. and Farzin, M., Numerical analysis of cold roll forming of symmetrical open sections,
J. Mater.Process. Technol.,125–126, see also September,9,633–637, 2002.
[490] Kuvin, B.F., Rollforming tooling —from design to production, without delay, MetalForming,36,
6, 54–58, 2002.
[491] Kren, L.A., Value-added rollforming with stronger steel, MetalForming,36, 3, 34–37, 2002.
[492] Doran, R.J., The highspeed production of aluminium products from coiled strip, Alum. World,
2, 2, 98–99, 2002.
[493]Han,Z.W., Liu, C.,Ren,L.Q., andTong, J.,Stressand strain analysis formultiplecoldrolls
progressiveforming of channelsection withouter edge, Mater.Sci.Technol. ,18, 11,1385–1388,2002.
[494] Barraclough, K.S., Improved drivesystem for tube and roll forming mills, Iron Steelmaker,28, 12,
89–93, 2001.
[495] Han,Z.W., Liu, C., Lu,W.P., and Ren, L.Q., The effects of forming parameters in the
roll-forming of achannel section with an outer edge, J. Mater.Process. Technol.,116, 2-3,
205–210, 2001.
[496] Li, H., Defining the driving radius in roll forming. Maintaining longitudinal tension with
optimal roll radii, Fabricator,31, 9, 32–35, 2001.
[497] Hong, S., Lee, S., and Kim, N., Aparametric study on forming length in rollforming, J. Mater.
Process. Technol.,113, 1–3, 774–778, 2001.
[498] Han,Z.W., Nie, Y.Q., Ren, L.Q., and Liu, C., Computer aided analysis for cold roll forming thin
channel section, Acta Metall. Sin (English Letters),14, 2, 122–126, 2001.
[499] Han,Z.W., Ren, L.Q., Liu, C., and Lu,W.P., Modelling of coldroll forming of steel strip, Mater.
Sci. Technol.,17, 4, 415–418, 2001.
[500] Washinushi, A. and Hoshi, K., Devising an improved roll forming process, TPJ —Tube Pipe J.,
12, 3, 38–41, 2001.
[501] Hartley,P.and Pillinger,I., Developments in computational modelling techniques for industrial
metal forming processes, Proc. Inst. Mech. Eng. B: J. Eng. Manuf.,215, B7, 903–914, 2001.
[502] Montgomery, J. and Lutes, C., Secondaryconsiderations in rollforming, MetalForming,34, 11,
30–32, 2000.
[503] Church, F.,Tapered roll formed shapes go for the gold, Mod. Met.,56, 8, 33–36, 2000.
[504] Kroskey, D.,Herecomes trouble —how to identify what’sailing your roll forming machine,
Fabricator,30, 9, 32–34, 2000.
[505] Church, F.,Virtual roll former creates shortcut to better shapes, Mod. Met.,56, 6, 56–58, 2000.
[506] Han,Z., Liu, C., Lu,W., and Ren, L., Simulation of multiple cold rolls progressiveforming
for non-symmetrical channel section, Cailiao Kexue Yu Jishu (J.Mater.Sci.Technol.) (China),17,
476–478, 2000.
[507] Sailer,M., Lightweightsteel twist beam axle for cars from thyssen umformtechnik þ guss,
Forum —Technische Mitteilungen ThyssenKrupp (English Edition) (Germany),July,32–33,
2000.
[508] Pennington, J.N., Space-age stringers boost shuttle payload, Mod. Met.,56, 1, 10, see also 12–16,
2000.
[509] Darlington, R.A., Godwin, M.J., and Parker, J.D.,Forming evaluation of complex tube hydro-
formed components, Ironmaking Steelmaking,27, 6, 461–468, 2000.
Roll Forming HandbookR-16
[510] Altan, T.,Livatyali, H., Duggal, N., and Ahmetoglu, M.A., Investigation of crack formation
on the galvalume coating of roll formed roof panels, J. Mater.Process. Technol.,98, 1,
53–61, 2000.
[511] Watari, H. and Ona, H., Cold-roll forming of small-diameter pipes with pre-notches, J. Mater.
Process. Technol.,119, 1–3, 122 –126, 2001.
[512] Nefussi, G., Proslier,L., and Gilormini, P. ,Simulation of the cold-rollforming of circular tubes,
J. Mater.Process. Technol.,95, 1–3, 216–221, 1999.
[513] Martinez, M., Steel framing: abrass ring for roll formers? Mod. Met.,55, 8, 52–55, 1999.
[514] Pennington, J.N., Forming fundamentals for stainless steel, Mod. Met.,55, 6, 51–53, 1999.
[515] Case, E.R., Emmons, J.B., Knueppel, B.,and Lazzari, R.L. 1999. Modular stainless steel
automotiveframes —integration of material and design. Stainless Steel ’99, Science and Market,
Proceedings, 3rdEuropean Congress, Sardinia, Italy,Vol. 1: Marketing and Application; June, 6–9,
pp.113–121, 1999.
[516] Walsh, J.,New roll former enhancesproductivity, Mod. Met.,55, 2, 50, see also 52–53, 1999.
[517] Pennington, J.N., Recycling roll forming tools, Mod. Met.,55, 1, 15–16, 1999.
[518] Hall, M.J., Creating an efficient roll forming operation, TPJ —Tube Pipe J.,9,6,42–47, 1998.
[519] Pennington, J.N., Double-out rollformer shapes twoparts simultaneously, Mod. Met.,54, 9,
20–23, 1998.
[520] Panton, S.M., Duncan, J.L., and Zhu, S.D., Predicting longitudinal and shear strain in roll
forming, Fabricator,28, 9, 38–40, 1998.
[521] Royak, H.S., Roll forming theoryand application, Fabricator,28, 9, 32–37, 1998.
[522] Dobbins, D.B.,Ways to maximize the benefits of roll forming, MetalForming,32, 9, 46–48, see
also 50, 52, 54, 56, 58–59, 1998.
[523] Brunet, M., Mguil, S., and Pol, P. ,Modelling of aroll-forming process with acombined 2D and
3D FEM Code, J. Mater.Process. Technol.,80–81, 213–219, 1998.
[524] Panton, S.M., Lissington, T.R., and Duncan, J.L., The use of “free-flowing”surfaces in tooling
design for rollforming, J. Mater.Process. Technol.,80–81, 220–224, 1998.
[525] Watari, H. and Ona, H., Characteristic features of shape defects occurring in the coldroll
forming of pre-notched products, J. Mater.Process. Technol.,80–81, 225–231, 1998.
[526] Brunet, M., Idrissi-Ronel, S., and Pol, P. 1998. Simulation of roll-forming process with aspecific
F.E.M. code, NUMIFORM 98: Sixth International Conference on Numerical Methods in Industrial
Forming Processes; Enschede,Netherlands, June, 22–25, pp.941–946.
[527] Wasmer,W., Reviewing basic rollforming processes, Fabricator,20, 7, 34–36, 1990.
[528] Elzey,D.M. and Wadley,H.N.G. 1998. The influence of internal pore pressure during
rollforming of structurally porous metals, Porous and Cellular Materials for Structural
Applications as held at the 1998 MRS Spring Meeting,San Francisco,CA, USA, April, 13 –15,
pp.257–262.
[529] Rommal, H.E.G.,Lawson, K.M.,Tiburcio,A.C., andLawson,H.H.1998. Accelerated
test development for coil-coatedsteel building panels, Corrosion 98,San Diego,CA, USA,
March, 22–27, pp.356/1–356/11.
[530] Ali, Z., The basics of roll forming, Fabricator,21, 4, 46 –49, 1991.
[531] Syn,C.K. et al. 1998. Rollforming technologyfor manufacturing axisymmetric automotive
components. Automotive Alloys II, San Antonio,Texas, USA, February16–19, pp.173–183.
[532] Pennington, J.N., Simplified rollformer cuts building component cost, Mod. Met.,54, 9, 32–34,
1997.
[533] Castellucci, M.A., Pillinger,I., Hartley,P., and Deeley,G.T., The optimisation of cold rolled
formed products, Thin Wall. Struct.,29, 1–4, 159–174, 1997.
[534] Forth, K.D.and Clyde, R., Roll former rebuilding: good as new? Mod. Met.,54, 6, 44–47, see also
55, 1997.
[535] Chan, K.C., Fu, M.H., Lee, W.B.,and Chan, L.K., Springback in the roller forming of integrated
circuit leadframes, J. Mater.Process. Technol.,66, 1–3, 107–111, 1997.
References R-17