Bibliography on Heavy Vehicle Dynamics

Total Page:16

File Type:pdf, Size:1020Kb

Bibliography on Heavy Vehicle Dynamics BIBLIOGRAPHY ON HEAVY VEHICLE DYNAMICS Compiled by: Ann Grimm C.B. Winkler R. Sweet The Research Information and Publications Center University of Michigan Transportation Research Institute June, 1999 BIBLIOGRAPHY ON HEAVY VEHICLE DYNAMICS Compiled by: Ann Grimm C.B. Winkler R. Sweet The Research Information and Publications Center University of Michigan Transportation Research Institute June, 1999 Entries in this bibliography are arranged alphabetically. The list of entries is followed by several indexes according to vehicle dynamics subjects (pages 62 – 66). All entries shown exist in the collection of the UMTRI Library (http://www.umtri.umich.edu/what-we-offer/umtri-library) and are listed in the UMTRI Library catalog (http://mirlyn.lib.umich.edu/?inst=umtri). Many of the volumes listed are available in pdf format on line through the university’s DEEP BLUE system <http://deepblue.lib.umich.edu/>. Hard copies can be provided by the UMTRI Library within the constraints of copyright law. BIBLIOGRAPHY ON HEAVY VEHICLE DYNAMICS 1. A report on various aspects of the braking performance of medium and heavy trucks. Prepared in response to Senate Report 102-148 to accompany H.R. 2942; Department of Transportation and Related Agencies Appropriations Bill, 1992. Final report. National Highway Traffic Safety Administration, Washington, D.C. 1992. 69 p. DOT/HS 807 910. 2. Advanced suspensions. Proceedings of the Institution of Mechanical Engineers international conference. 1988. Mechanical Engineering Publications Ltd., London, England, 206 p. SAE-MEP-307. 3. Advanced truck suspensions. Society of Automotive Engineers, Warrendale, Pa. 1989. 57 p. SAE-SP-802. 4. Air disc brakes. Society of Automotive Engineers, Warrendale, Pa. 1986. 44 p. SAE-SP-665. 5. Air suspension reduces tanker rollover. 1990. 2 p. Machine Design, 11 Jan 1990, pp. 96-97. 6. An investigation of truck size and weight limits - report of the Secretary of Transportation to the United States Congress pursuant to Section 161 of Public Law 95-599, the Surface Transportation Assistance Act of 1978. Transportation Department, Secretary of Transportation, Washington, D.C. 1981. Government Printing Office, Washington, D.C. 254 p. 7. Anti-skid device for commercial vehicles. 1967. 1 p. Engineer, Vol. 224, 14 July 1967, p. 53. 8. B-train ABS evaluation: a project concerning the evaluation of antilock braking system performance and durability on B-train double tanker vehicles. Working paper. Canada, Transport Canada, Ottawa, Ontario; Ontario Ministry of Transportation, Downsview, Canada. 1990. 15 p. TP 10466. 9. Brakes, wheels, and tires. 1986. 24 p. Heavy Duty Trucking, Vol. 65, No. 7, July 1986, pp. 46-52, 55-56, 60-61, 64, 68, 72-73, 76-77, 81-81, 86-88, 90, 92. 10. Braking, stability and structural integrity of longer combinations. Automobile Manufacturers Association, Detroit, Mich.; Truck Trailer Manufacturers Association, Alexandria, Va. 1967. 110 p. 11. Commercial vehicle braking and handling symposium. Proceedings. Highway Safety Research Institute, Ann Arbor, Mich. 1975. University of Michigan Press, Ann Arbor. 604 p. UM-HSRI-PF-75-6. 12. Commercial vehicle front-tire failures. Federal Highway Administration, Washington, D.C.1972. 15 p. 13. Commercial vehicle safety - a report to the Secretary of Transportation by the National Highway Safety Advisory Committee. National Highway Safety Advisory Committee, Washington, D.C. 1985. 11 p. DOT/HS 806 747. 14. Commercial vehicle suspensions, steering systems, and traction. Society of Automotive Engineers, Warrendale, Pa. 1991. 133 p. SAE/SP-892. 15. Comprehensive truck size and weight (TS&W) study. Phase 1 - synthesis. Roadway geometry and truck size and weight regulations. Working paper 5. Battelle, Columbus, Ohio. 1995. 28 p. 16. Computer program for calculating the vehicle swept path. Organisatie voor Toegepast Natuurwetenschappelijk Onderzoek TNO, Hague (Netherlands). 1986. 2 p. 17. Covering your blind side. 1988. 3 p. Heavy Duty Trucking, Vol. 67, No., Feb 1988, pp. 64, 66, 69. 18. Disc brakes for commercial vehicles. Proceedings of the Institution of Mechanical Engineers international conference. 1988. Mechanical Engineering Publications Ltd., London, England, 158 p. SAE-MEP-310. 19. Dynamique du vehicule; Vehicle dynamics. 1987. 44 p. Ingenieurs de l'Automobile, Oct 1987, pp. 67-110. 20. Engineering analysis of 49 CFR 393 of the Federal Motor Carrier Safety Regulations. Briefing document on brakes. University of Michigan Transportation Research Institute, Ann Arbor. 1986. 266 p. DTFH-61-85-C-00122. 21. Engineering analysis of 49 CFR 393 of the Federal Motor Carrier Safety Regulations. Briefing document on coupling devices and towing methods. University of Michigan Transportation Research Institute, Ann Arbor. 1986. 262 p. DTFH-61-85-C-00122. 22. Engineering analysis of 49 CFR 393 of the Federal Motor Carrier Safety Regulations. Briefing document on tires. University of Michigan Transportation Research Institute, Ann Arbor. 1986. 270 p. DTFH-61-85-C-00122. 23. Exhaust brakes and retarders - a review of the units available and their performance. 1970. 5 p. Automobile Engineer, Vol. 60, March 1970, pp. 103-107. 24. Federal-Aid Highway Act of 1976, section 210: steering axle study. Federal Highway Administration, Washington, D.C. 1977. 128 p. 25. Front-wheel brake safety facts. Federal Highway Administration, Washington, D.C. 1987. 6 p. 26. Geometric design and operational considerations for trucks. Institute of Transportation Engineers, Washington, D.C. 1992. 90 p. IR-062. 27. Geometric design considerations. Transportation Research Board, Washington, D.C. 1991. 129 p. Transportation Research Record, No. 1303, 1991. 1 28. Heavy truck weight and dimension regulations for interprovincial operations in Canada. Canadian Interjurisdictional Committee on Vehicle Weights and Dimensions. 1993. 47 p. 29. Heavy vehicle rollovers - a safety issue. TOPTEC. Proceedings. Society of Automotive Engineers, Warrendale, Pa. 1993. 250 p. (2 volumes) 30. Horsepower considerations for trucks and truck combinations. Western Highway Institute, San Bruno, Calif. 1978. 231 p. 31. Interim guidelines for the operation of B-doubles. New South Wales Traffic Authority, Rosebery, Australia. 1988. 51 p. 32. International conference on vehicle structural mechanics. Second. Structural analysis of the vehicle design process. Proceedings. Society of Automotive Engineers, Warrendale, Pa. 1977. 266 p. SAE P-71. 33. Investigation into the effects of liquid motion on the stability of an articulated tractor-trailer unit - end of year report, 1 February 1980 - 31 January 1981. Cranfield Institute of Technology, England. 1981. 273 p. 34. Key issues in heavy truck safety. Motor Vehicle Manufacturers Association, Detroit, Mich. 1976. 121 p. 35. Lug-tread truck tires: more noise, less traction. Highway Safety Research Institute, Ann Arbor, Mich. 1976. 6 p. HSRI Research, Vol. 7, No. 2, Sept/Oct 1976, pp. 1-6. 36. Multibody program NUSTAR. 1993. 4 p. Kortuem, W., and Sharp, R. S., eds. Multibody Computer Codes in Vehicle System Dynamics. Lisse, Swets and Zeitlinger, 1993. Pp. 104-107. 37. National Truck Safety Symposium. Proceedings. Presentations on the Large Truck Survey Program by the University of Michigan Transportation Research Institute. Motor Vehicle Manufacturers Association, Washington, D.C. 1987. 169 p. 38. New trucks for greater productivity and less road wear. An evaluation of the Turner proposal. Transportation Research Board, Washington, D.C. 1990. 242 p. Transportation Research Board Special Report, No. 227, 1990. 39. OECD DIVINE programme: dynamic interaction of heavy vehicles with roads and bridges. Proceedings. Organisation for Economic Cooperation and Development, Paris (France). [1997?]. 294 p. 40. Offtracking characteristics of trucks and truck combinations. Western Highway Institute, San Bruno, Calif. 1970. 52 p. 41. Offtracking considerations for truck tractor-trailer combinations. American Association of State Highway and Transportation Officials, Washington, D.C. 1983. 30 p. 42. Overweight intermodal containers and piggyback trailers. Report to the Legislature. California State Department of Transportation. 1989. 106 p. 43. Providing access for large trucks. Transportation Research Board, Washington, D.C. 1989. 324 p. Transportation Research Board Special Report, No. 223, 1989. 44. Research into the dynamic performance of heavy trucks. Michigan University, Ann Arbor, Transportation Research Institute, Engineering Research Division. 1988. 35 p. 45. Retarders for commercial vehicles. Institution of Mechanical Engineers, London, England. 1975. Mechanical Engineering Publications, London, England. 81 p. 46. Safety comparison of doubles vs tractor-semitrailer operations. Final report. Federal Highway Administration, Washington, D.C. 1983. 21 p. 47. Safety review task force report on the Federal Highway Administration's Motor Carrier Safety Program. Transportation Department, Secretary of Transportation, Washington, D.C. 1986. 46 p. 48. Safety study - braking deficiencies on heavy trucks in 32 selected accidents. National Transportation Safety Board, Washington, D.C. 1988. 85 p. NTSB/SS-88/06. 49. Safety study - case summaries of 189 heavy truck accident investigations. National Transportation Safety Board, Washington, D.C. 1988. 419 p. NTSB/SS-88/05. 50. Safety study: fatigue, alcohol, other drugs, and medical factors in fatal-to-the-driver heavy truck crashes. Volume 1. National Transportation Safety Board, Washington, D.C. 1990. 179 p. NTSB/SS-90/01.
Recommended publications
  • Lot S37 / Serial No
    THREE IN A ROW A TRIO OF CONSECUTIVE SERIAL NUMBERED WHITE 2-44s TO BE OFFERED IN DAVENPORT BY CHELSEY HINSENKAMP he White tractor brand can trace its deep roots all the story goes, White’s son Rollin found his inspiration in the way back to sewing machines, oddly enough. The his father’s unreliable and headache-inducing steam car, a brand’s long and winding tale begins in 1858 in Templeton, Locomobile. So, just before the turn of the century, Rollin Massachusetts, where entrepreneur Thomas White first founded began working on a design for a steam generator with the the White Manufacturing Company. Determined to see the goal of besting the Locomobile. endeavor succeed, White quickly decided to relocate company Rollin was surprisingly quite successful in his undertaking, headquarters to the more centrally positioned Cleveland, and he soon secured a patent for his final product. He Ohio, and in 1876, the business was officially incorporated attempted to market the steam generator to various as the White Sewing Machine Company—fitting, as sewing automobile builders of the day, including Locomobile, but machines were what the company produced. finding little interest, he instead convinced his father to White achieved his aim at building a successful and sustainable allow him use of some of the sewing machine company’s business, and after two decades at the company’s helm while resources in order to construct a vehicle of his own. raising a family, White welcomed his sons into the business Rollin’s brothers Windsor and Walter were quick to join as they came of age.
    [Show full text]
  • 2020 Annual Report Vision
    2020 Annual Report Vision To be the global technology leader in efficient power conveyance and energy- management solutions that enable our customers to achieve DANA their sustainability objectives. AT A Mission Our talented people power a customer-centric organization that is continuously improving the performance and efficiency GLANCE of vehicles and machines around the globe. We will consistently deliver superior products and services to our customers and will generate exceptional value for our shareholders. Established in 1904. Employing This mission is embodied in 38,000 people across 141 major our company theme: facilities in 33 countries. Shipping to 14,000 customers in 141 countries. Leveraging a global network Values of technology centers across Honesty and Integrity Good Corporate Citizenship 9 countries. Open Communication Continuous Improvement 2 Sales HIGHLIGHTS FINANCIAL $7.1 billion Adjusted EBITDA1 $593 million Diluted Adjusted EPS2 $0.39 Adjusted Free Cash Flow1 $60 million Future Sales Backlog $700 million All figures as of year-end December 31, 2020. 1 See pages 30-31 of Dana’s 2020 Form 10-K, included herein, for explanation and reconciliation of non-GAAP financial measures. 2 Diluted adjusted EPS is a non-GAAP financial measure, which we have defined as adjusted net income divided by adjusted diluted shares. See the “Quarterly Financial Information and Reconciliations of Non-GAAP Information” on Dana’s Investor Relations website at Dana.com/investors for explanation and calculation of diluted adjusted EPS. 3 SALES
    [Show full text]
  • Daf Introduces Lf 2016 Edition Lower Costs, Increased Efficiency
    ISSUE 2 2015 IN ACTION DAF INTRODUCES LF 2016 EDITION LOWER COSTS, INCREASED EFFICIENCY DRIVEN BY QUALITY MAGAZINE OF DAF TRUCKS N.V. WWW.DAF.COM 2 SECTION GOOD BRAKING. BETTER DRIVING. INTARDER! Good braking means better driving. Better driving means driving more economically, safely, and more environmentally friendly. The ZF-Intarder hydrodynamic hydraulic brake allows for wear-free braking without fading, relieves the service brakes by up to 90 percent, and in doing so, reduces maintenance costs. Taking into account the vehicle’s entire service life, the Intarder offers a considerable savings potential ensuring quick amortization. In addition, the environment benefits from the reduced brake dust and noise emissions. Choose the ZF-Intarder for better performance on the road. www.zf.com/intarder IN ACTION 02 2015 IN THIS ISSUE: FOREWORD 3 4 DAF news A NEVER-ENDING RACE 6 Richard Zink: "Efficiency more Some two years after the Euro 6 emissions legislation came into important than ever" force, most people seem to have forgotten how much effort was expended by the truck industry to meet the requirements. 8 DAF LF 2016 Edition up to 5 percent It involved the development of new, state-of-the-art engine more fuel efficient technologies and of advanced exhaust after-treatment systems. These new technologies had a major impact on vehicle designs. DAF introduced a complete new generation of trucks: the Euro 6 LF, CF and XF. Never before was the degree of product innovation so large and never before production processes had to be changed so fundamentally. Understanding this, it is great to conclude that today we make the best trucks ever.
    [Show full text]
  • Kessv2 CARS 1 BRAND MODEL TYPE ENGINE ENGINE TYPE HP MY ECU ECU VERSION PRT
    BRAND MODEL TYPE ENGINE ENGINE TYPE HP MY ECU ECU VERSION PRT ALFA ROMEO 145 II 1400 16V TS 103 BOSCH M1.5.5 FMW001 ALFA ROMEO 145 II 1600 16V TS 120 BOSCH M1.5.5 FMW001 ALFA ROMEO 145 II 1800 16V TS 144 BOSCH M1.5.5 FMW001 ALFA ROMEO 145 II 1900 JTD 105 BOSCH EDC15C5 FMW021 ALFA ROMEO 145 II 2000 16V TS 155 BOSCH M1.5.5 FMW001 ALFA ROMEO 146 II 1400 16V TS 103 BOSCH M1.5.5 FMW001 ALFA ROMEO 146 II 1600 16V TS 120 BOSCH M1.5.5 FMW001 ALFA ROMEO 146 II 1800 16V TS 144 BOSCH M1.5.5 FMW001 ALFA ROMEO 146 II 1900 JTD 105 BOSCH EDC15C5 FMW021 ALFA ROMEO 146 II 2000 16V TS 155 BOSCH M1.5.5 FMW001 ALFA ROMEO 147 1600 16V TS 105 BOSCH ME7.3.1 FMW018 ALFA ROMEO 147 1600 16V TS 120 BOSCH ME7.3.1 FMW018 ALFA ROMEO 147 1900 JTD 100 BOSCH EDC15C7 FMW022 ALFA ROMEO 147 1900 JTD 8V 115 BOSCH EDC15C7 FMW022 ALFA ROMEO 147 1900 JTDM 120 BOSCH EDC16C39 FMW076 ALFA ROMEO 147 1900 JTDM 16V 150 BOSCH EDC16C8 FMW056 ALFA ROMEO 147 1900 JTDM 16V 170 BOSCH EDC16C39 FMW056 ALFA ROMEO 147 2000 16V TS 150 BOSCH ME7.3.1 FMW018 ALFA ROMEO 147 3200 V6 GTA 250 BOSCH ME7.3.1 FMW018 ALFA ROMEO 156 II 1600 16V TS 122 BOSCH ME7.3.1 FMW018 ALFA ROMEO 156 II 1800 16V TS 140 BOSCH ME7.3.1 FMW018 ALFA ROMEO 156 II 1900 JTD 115 BOSCH EDC15C7 FMW022 ALFA ROMEO 156 II 1900 JTD 16V 140 BOSCH EDC16C8 FMW056 ALFA ROMEO 156 II 1900 JTD 16V 150 BOSCH EDC16C8 FMW056 ALFA ROMEO 156 II 2000 16V 166 BOSCH ME2.1 FMW018 ALFA ROMEO 156 II 2400 JTD 150 BOSCH EDC15C7 FMW022 ALFA ROMEO 156 II 2400 MJET 175 BOSCH EDC16 FMW056 ALFA ROMEO 156 II 2500 V6 24V 192 BOSCH ME3.1 FMW018 ALFA ROMEO 156
    [Show full text]
  • The New DAF Range the Reflection of Quality
    The new DAF Range The reflection of quality Quality right down the line Quality in every detail: that’s what makes the difference between a DAF and every other truck. From the steel front bumper to the virtually unbreakable Lexan headlamp covers, and the stylish cab interior to the durable driveline, a DAF truck is built to perform. And it’s built by people who have a passion for trucks. Along with Peterbilt and Kenworth - two of the top American truck brands - DAF Trucks is a PACCAR company. A company with a passion for quality, a strong customer focus and the utmost respect for the driver. driven by quality 3 A passion for trucks The right vehicle for the job There’s a DAF for every task. Meeting tight schedules through narrow streets in city distribution. Accelerating to an emergency call-out. Safely delivering 25-tonnes of bricks to a building site. Comfortably moving a refrigerated trailer across Europe. DAF trucks are developed for maximum returns per kilometre. And uncompromised driver comfort. Three vehicle concepts There’s the LF for intensive distribution work. The CF for the most varied transport operations. And the prestigious XF for long-distance transport. Three vehicle concepts, one philosophy: Quality right down the line. From six to fifty tonnes and more, durable and reliable, optimized for operational efficiency. A solid foundation for success Continuity through reliability Trucks must keep moving. Travelling hundreds of thousands of kilometres, working day after day with confidence, comfort, safety and efficiency. You can rely on a DAF just as you can rely on the organization behind it.
    [Show full text]
  • The Tupelo Automobile Museum Auction Tupelo, Mississippi | April 26 & 27, 2019
    The Tupelo Automobile Museum Auction Tupelo, Mississippi | April 26 & 27, 2019 The Tupelo Automobile Museum Auction Tupelo, Mississippi | Friday April 26 and Saturday April 27, 2019 10am BONHAMS INQUIRIES BIDS 580 Madison Avenue Rupert Banner +1 (212) 644 9001 New York, New York 10022 +1 (917) 340 9652 +1 (212) 644 9009 (fax) [email protected] [email protected] 7601 W. Sunset Boulevard Los Angeles, California 90046 Evan Ide From April 23 to 29, to reach us at +1 (917) 340 4657 the Tupelo Automobile Museum: 220 San Bruno Avenue [email protected] +1 (212) 461 6514 San Francisco, California 94103 +1 (212) 644 9009 John Neville +1 (917) 206 1625 bonhams.com/tupelo To bid via the internet please visit [email protected] bonhams.com/tupelo PREVIEW & AUCTION LOCATION Eric Minoff The Tupelo Automobile Museum +1 (917) 206-1630 Please see pages 4 to 5 and 223 to 225 for 1 Otis Boulevard [email protected] bidder information including Conditions Tupelo, Mississippi 38804 of Sale, after-sale collection and shipment. Automobilia PREVIEW Toby Wilson AUTOMATED RESULTS SERVICE Thursday April 25 9am - 5pm +44 (0) 8700 273 619 +1 (800) 223 2854 Friday April 26 [email protected] Automobilia 9am - 10am FRONT COVER Motorcars 9am - 6pm General Information Lot 450 Saturday April 27 Gregory Coe Motorcars 9am - 10am +1 (212) 461 6514 BACK COVER [email protected] Lot 465 AUCTION TIMES Friday April 26 Automobilia 10am Gordan Mandich +1 (323) 436 5412 Saturday April 27 Motorcars 10am [email protected] 25593 AUCTION NUMBER: Vehicle Documents Automobilia Lots 1 – 331 Stanley Tam Motorcars Lots 401 – 573 +1 (415) 503 3322 +1 (415) 391 4040 Fax ADMISSION TO PREVIEW AND AUCTION [email protected] Bonhams’ admission fees are listed in the Buyer information section of this catalog on pages 4 and 5.
    [Show full text]
  • 90 Years of Excellence | No.2 2018
    DAF IN ACTION 90 YEARS OF EXCELLENCE | NO.2 2018 UPS: “We have to prove What our customers say DAF - demonstrating ourselves every day” about the ‘International environmental leadership Truck of the Year 2018’ A PACCAR COMPANY DRIVEN BY QUALITY 2 TRAXON – LIGHT. STRONG. INTELLIGENT. With ZF-TraXon, the first modular transmission concept worldwide, trucks are driving efficiently towards the future. The compact, robust design and the highest transmission efficiency in its category make TraXon the new standard in terms of cost-effectiveness. TraXon transfers the engine output virtually without losses; PreVision GPS and software control help to save fuel. The lightweight design of the transmission increases the efficiency. TraXon is a transmission for diverse functions – from long-distance transport to construction site applications. ZF-TraXon. Light. Strong. Intelligent. www.zf.com/TraXon 2 DAF IN ACTION FOREWORD/CONTENTS | 3 News 4 90 years of innovative 6 transport solutions Clients from the early hours 12 DAF cars: An automatic for 15 the man in the street ITS: 16 The first and the best Evolution of DAF production 18 UPS: 22 Ready for the future! “We have to prove our worth every single day” 90 years ago, a young technician, Hub van Doorne, laid the foundation for what DAF is today: the premium truck brand in Europe and in many Almost 90% less CO2 24 countries throughout the world. Offering effective and innovative transport solutions has always been the cornerstone of our success. Whether it was What our customers say 26 turbo intercooling technology as an industry first in the early seventies or about the ‘International setting new standards in driver comfort with the launch of the Space Cab in Truck of the Year 2018’ the eighties, we have been providing excellent trucks and services to our customers since day one.
    [Show full text]
  • Muni Heritage Press Release Final.Pdf
    FOR IMMEDIATE RELEASE: August 29, 2017 Contact: Erica Kato 415-271-7717, cell [email protected] **PRESS RELEASE** MUNI HERITAGE WEEKEND CELEBRATES TWO TRANSIT CENTENNIALS This year celebrates 100 years of the J Church line and 100 years of Muni bus service Who: SFMTA and non-profit partner Market Street Railway When: Saturday and Sunday, September 9-10, 2017 10 a.m. to 5 p.m., with family fun activities from noon to 2 p.m. Where: Market Street Railway Museum 77 Steuart Street San Francisco, CA SAN FRANCISCO – The year 1917 was doubly important for the San Francisco Municipal Railway (Muni). It opened the J-Church streetcar line along a scenic route through Dolores Park and over the hill to Noe Valley, and it introduced its first motor buses, after five years of operating streetcars exclusively. This year, for the sixth annual Muni Heritage Weekend, the San Francisco Municipal Transportation Agency, which owns and operates Muni, and Market Street Railway, the SFMTA’s nonprofit preservation partner, are joining to celebrate these dual centennials, and mounting a variety of displays and related events to celebrate the positive ongoing role of public transit in the city. “Public transportation is what has kept San Francisco moving and growing developing for well over a century, and is more important today than ever,” says Ed Reiskin, SFMTA Director of Transportation. “Our displays will show just how important Muni has been not only to the city’s past and present, but will also show its vital importance to San Francisco’s future.” On September 9 and 10, from 10 a.m.
    [Show full text]
  • Union of South Africa
    1900-2000 Wheeled 1900 Vehicle, Reconnaissance, Carriage, Motor Gun, Fighting Vehicles of the Davidson-Duryea Mod 1900. United States of America 1899 Veh, Recce, Carr, Motor Gun, Davidson-Duryea. 1909 Carriage, Anti-Aircraft. Destroyer, Balloon, Davidson-Cadillac. 1909 Carr, Wpns. Carriage, Motor, Gun, 3-lb, McClean. Above: the three-wheel Davidson carriage with Colt machine gun. Remarks: The basic vehicle was made by the Rubber and Motor Vehicle Manufacturing Company of Peoria, Illinois, under a patent to Charles Duryea. The basic vehicle weighed approximately 1,000 pounds (454 kgs) and had a 6 horsepower 3-cylinder gasoline engine. Cooling was by a liquid radiator. The two rear wheels each measured 36 inches (914 mm) with wooden spokes, metal rims and pneumatic tires while the front wheel was Above: McClean 3-lb auto-cannon on Packard 3-ton truck. 30 inches (762 mm) in diameter. Power was transmitted to Remarks: Circa 1909-1910. Samuel McClean (aka the rear wheels through a chain drive with three different MacLean) mounted his 3-pounder automatic cannon on a sprocket ratios. Armed with a Colt .30 caliber machine Packard 3-ton truck and demonstrated it to US Army and gun, a crew of four could be carried. As delivered the Department of Defense representatives. While the truck vehicle cost approximately $1,500. was mobile enough for the time, the cannon was far too complicated and none were ordered by the US. Mr. 1900 Vehicle, Reconnaissance, Davidson Auto Battery McClean later sold the rights to his design, which lead to 4x2 (Steam). the development of the Lewis light machine gun.
    [Show full text]
  • DAF Trucks NV
    DAF Trucks N.V. Statement of Company Business DAF Trucks N.V. is a technology company and the premier Contents commercial vehicle manufacturer in Europe. DAF is a wholly- owned subsidiary of PACCAR Inc, the global technology leader 4 Annual Review 2018 in the design and manufacturing of premium quality light, 6 History of DAF Trucks medium and heavy-duty commercial vehicles. PACCAR also 7 Over 90 Years of Heritage designs and manufactures advanced diesel engines, provides 8 World Class Technology financial services and information technology and distributes 10 DAF Production Locations truck parts related to its principal business. 12 DAF Product Range DAF manufactures its industry-leading trucks in world class 14 PACCAR Engines facilities in Eindhoven (The Netherlands), Westerlo (Belgium), 15 Strong Market Position Leyland (United Kingdom) and Ponta Grossa (Brasil). DAF’s 16 Dealer Locations engine factory, component plant, press shop and final assembly 17 After Market Support line for CF and XF models are located in Eindhoven. Axles and 18 Subsidiaries cabs are produced in Westerlo. Leyland Trucks (UK) produces 19 Directors and Officers the company’s LF series of light and medium duty trucks, as well as CF and XF vehicles. DAF products are sold and serviced by a network of over 1,100 independent dealer locations throughout Europe, the Middle East, Africa, South America, Australia, New Zealand and Asia. DAF offers a complete range of trucks from 7.5 tonnes Gross Vehicle Weight up to 120 tonnes Gross Combination Weight. All DAF products are of superior quality and developed for a great variety of transport applications.
    [Show full text]
  • MES Scan for Engine Assembly
    MES Scan for Engine assembly Business Challenges ▶ A more efficient and effective plant information system within assembly, which will support: ▶ pro-active process control ▶ continuous process improvement ▶ better process analysis capabilities Our Solution ▶ A MES Scan and Package selection to assess the following: ▶ Business requirements ▶ Production process requirements ▶ User requirements ▶ IT requirements ▶ A package selection based on these requirements The Results ▶ Requirements study ▶ MES Architecture concept proposal ▶ MES Package shortlist DAF Trucks N.V. Manufacturer of trucks ▶ Budgetary cost estimate and implementation planning | Atos | Michael Brachtl| 2015 MES Scan for Engine parts manufacturing Business Challenges ▶ Parts manufacturing of the Engine factory increases focus on: ▶ Tracking & tracing ▶ Process improvement though process data analysis (6 sigma) ▶ Product data analysis ▶ Overall Equipment Effectiveness (O.E.E.) Our Solution ▶ MES solution outline & implementation planning providing: ▶ Process data collection from Siemens 840D & S7 ▶ Process data visualization ▶ Part tracking through bar code scanners ▶ Real time O.E.E. visibility The Results ▶ User Requirements Specification ▶ Architecture design DAF Trucks N.V. is a 100% subsidiary of the ▶ Implementation roadmap American company PACCAR Inc. With the ▶ Project budgeting brands Peterbilt, Kenworth, DAF and Foden, and an annual production of more than 100,000 trucks, PACCAR is one of the world’s largest truck manufacturers. DAF Trucks focuses on the development,
    [Show full text]
  • 8799798788126.Pdf
    GPA ACCESSORIES Version april 2012 Index •Tanks kit…………………............………………………………………….3 •Power pack…………….………………………………………………….. 5 •Pumps kit……………….………………………………………………….. 6 •Underride protection………………………………………………………. 13 •Stabilizers……………………….…………………………………………..17 •Subframe extension………………………….………..………………….. 19 •Working lights…………….……………………………………………….. 20 •Accessories for SAM ………………………………………………. …… 21 • Sideguards ……………………………………. 22 • Mounting kits ……………..…………………... 26 • ALU mudguards …………………………..….. 34 • Plastic mudguards…..…………………....…...36 • Fixations brackets for accessories …...…….. 37 • Support for rear lights…..………………..........39 • Extinguisher and working light supports.........40 • Tank supports…..………………………....…...41 • Tool box support….…..…………………....…..42 • Netbox and support...…..……..………....…...43 • Side light suports..…..…………………....…...44 GUIMA PALFINGER –V4 – April 2012 Pump kit and tank kit Selection guideline This guideline helps you to select the most suitable tank and pump according to the type and lifting capacity of your equipment. SELECTION GUIDELINE FOR THE TANK KIT Capacity 2t - 3t 4t 5t - 7t 9t -13t 15t - 17t 18t - 24t 25t - 30 Option Option Option Minimum volume of the 11L 19L 30L 50L 75L 100L 140L 120L Vertical 160L Vertical 200L tank SELECTION GUIDELINE FOR THE PUMP KIT Capacity CITY 2 3 4 5 7 9 10 12 Electro C - P CASAP 11 CASAP 11 CASAP 20 LEDUC 25 LEDUC 25 LEDUC 25 LEDUC 40 Pompe T LEDUC 25 LEDUC 25 LEDUC 40 LEDUC 50 S LEDUC 25 LEDUC 40 REXROTH 45 Capacity 13 15 16 18 20 22 24 26 30 LEDUC 108 LEDUC 63/65 LEDUC 63/65 LEDUC 80 G - P LEDUC 50 REXROTH REXROTH 63 REXROTH 63 REXROTH 80 107 LEDUC LEDUC 108 LEDUC 108 LEDUC 63/65 LEDUC 63/65 LEDUC 80 LEDUC 80 T LEDUC 50 63/65 REXROTH REXROTH REXROTH 63 REXROTH 63 REXROTH 80 REXROTH 80 REXROTH 63 107 107 LEDUC 63/65 LEDUC 63/65 LEDUC 80 S REXROTH 63 REXROTH 63 REXROTH 80 Choice of main hyd.
    [Show full text]