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2009 | OriginalPaper | Buchkapitel

14. Construction Machinery

verfasst von : Eugeniusz Budny, Prof., Mirosław Chłosta, Dr., Henning Jürgen Meyer, Prof., Mirosław J. Skibniewski, Prof.

Erschienen in: Springer Handbook of Mechanical Engineering

Verlag: Springer Berlin Heidelberg

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Abstract

In this chapter the most common classes of machinery found on construction sites will be presented. For the purpose of this chapter the authors focus on construction machinery and equipment applications in the building and public utility sectors of the construction industry. The classes of machinery and equipment for earth, concreting, assembly, and finishing works described in this chapter are used not only in these two construction industries, but also in road, bridge, and railway building; pile, tunnel, and water foundation; the opening of mines; the building of natural gas and petroleum pipelines; sewerage systems; cooling towers for the power industry; and other industrial building structures.

One should note that specialized equipment ensuring the efficiency, high quality, and safety of work during the realization of structures is used in almost all these kinds of construction. Even a brief description of this equipment would require a separate publication. For example, in road building alone 63 types of machines (see the draft International Standard ISO/FDIS 22242) are used. In the final part of this chapter the state of automation and robotization of construction machinery is presented.

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14.1.

O. Bachmann, H.H. Cohrs, T. Whiteman, A. Wislicki: The Clascic Construction Series – The History of Cranes (Giesel, Isernhagen 1997), published by KHL Int. Southfields

14.2.

A. Wislicki: The History of Excavators and Dredgers up to the Beginning of the Twentieth Century, Editions A.T.M., Vol. 22 (Malakoff, France 1995)

14.3.

ISO: Technical Report ISO/TR 12603:1996: Building Construction Machinery and Equipment – Classification (ISO, Geneva 1996)

14.4.

Richtlinie 98/37/EG des Europaeischen Parlaments und des Rates, 22. Juni 1998 zur Angleichung der Rechts- und Verwaltungsvorschriften der Mitgliedstaaten für Maschinen (1998) ABLI.EG vom 23.07.1998. Nr. 207. p. 1, in German

14.5.

F. Meier, K. Herrmann, K. Krombholz: Einhundert Jahre für die Landtechnikindustrie (Maschinenbauverlag, Frankfurt 1997), in German

14.6.

FAO: World reference base for soil resources (Food and Agriculture Organization of the United Nations, Rome 1998)

14.7.

ISO: ISO 14689-1:2003: Geotechnical Investigation and Testing. Identification and Classification of Rock. Part 1: Identification and Description (ISO, Geneva 2003)

14.8.

D.G. Rossiter: Lecture Notes Principles of Soil Classification (International Institute for Aerospace Survey and Earth Sciences (ITC), Enschede 2001)

14.9.

K.T. Renius: Traktoren: Technik und ihre Anwendung (BLV, München 1985)

14.10.

H.-D. Kutzbach: Allgemeine Grundlagen Ackerschlepper, Fördertechnik. Lehrbuch der Agrartechnik, Vol. 1 (Parey, Berlin 1989), in German

14.11.

W. Söhne: Druckverteilung im Boden und Bodenverformung unter Schlepperreifen, Grundl. Landtech. 5, 49–63 (1953), in German

14.12.

H. Schwanghart: 3.3 Reifen – Reifen/Bodenverhalten Tyres – Tyre/Soil-Performance. In: Jahrbuch Agrartechnik – Yearbook Agricultural Engineering, Vol. 16, ed. by H.J. Matthies, F. Meier (Landwirtschaftsverlag, Münster 2004) pp. 67–72, in German

14.13.

D. Lemser: Radlader sind nicht nur Baumaschinen, Schüttgut 4, 298–309 (2002)

14.14.

J. Pantermöller: Funktionalität und Design bei Radladern, Tiefbau 113(4), 237–240 (2001), WISSENSPORTAL http://www.baumaschine.de, in German

14.15.

DIN: DIN 24080: Earth-Moving Machinery (Beuth, Berlin 1979), in German

14.16.

C. Holländer: Untersuchungen zur Beurteilung und Optimierung von Baggerhydrauliksystemen, Fortschritt-Ber. VDI Reihe 1, Vol. 307 (VDI-Verlag, Düsseldorf 1998), in German

14.17.

J. Forche: Antriebsmanagement für Hydraulikbagger, Baumaschinentechnik 26, 33–40 (2004), in German

14.18.

J. Weber, E. Lautner: Intelligente Baumaschinensteuerungen und alternative Antriebssysteme, Baumaschinentechnik 2004, Schriftenreihe der Forschungsvereinigung Bau- und Baustoffmaschinen, Vol. 26 (Frankfurt 2004) pp. 41–48, in German

14.19.

G. Kunze, H. Göhrung, K. Jacob, M. Scheffler (eds.): Baumaschinen Erdbau- und Tagebaumaschinen (Vieweg, Braunschweig 2003), in German

14.20.

Hamm AG: Oszillation (Hamm AG, Tirschenreuth 2004), in German

14.21.

D. Lemser: Maschinen für den Straßenbau. In: Der Elsner - Handbuch für Straßen- und Verkehrswesen, ed. by E. Knoll (Elsner, Berlin 2003), in German

14.22.

Bomag AG: Grundlagen der Boden- und Asphaltverdichtung. Bomag Anwendungstechnik (Bomag AG, Boppard 2002), in German

14.23.

M. Buschmann, R. Grundl, H.J. Meyer: Belagfertiger mit leistungsstarker und anpassungsfähiger Technik, Tiefbau 112(12), 772–778 (2000), in German

14.24.

H.J. Meyer: Anwendung von geodätischen Positionsmesssystemen in Straßenbaumaschinen, Baumaschinentechnik 2003, Vol. 23 (Forschungsvereinigung Bau- und Baustoffmaschinen, Dresden 2003), in German

14.25.

Wirtgen GmbH: Slipform paver SP 500 Vario – Technical specification (Wirtgen GmbH, Windhagen 2004)

14.26.

S. Velske: Straßenbautechnik (Werner-Verlag, Düsseldorf 1993), in German

14.27.

Wirtgen GmbH: Cold Recycling Manual, 2nd edn. (Wirtgen GmbH, Windhagen 2004)

14.28.

C.F. Goering: Engine and Tractor Power, 3rd edn. (American Society Agricultural Engineers, Michigan 1992)

14.29.

H. Göhlich, M. Hauck, C. von Holst: 2.5 Ride dynamics – Ride safety – Driverʼs place. In: Jahrbuch Agrartechnik – Yearbook Agricultural Engineering, Vol. 11, ed. by H.J. Matthies, F. Meier (Landwirtschaftsverlag, Münster 1999) pp. 61–69

14.30.

K.T. Renius, M. Brenninger: Jahrbuch Agrartechnik – Yearbook Agricultural Engineering 2.2, Tractor engines and transmission, Vol. 9 (Landwirtschaftsverlag, Münster 1997) pp. 57–61

14.31.

ISO: ISO 730-1:1994: Agricultural Wheeled Tractors. Rear-Mounted Three-Point Linkage. Part 1: Categories 1, 2, 3, and 4 (ISO, Geneva 2003)

14.32.

H. Auernhammer: Elektronik in Traktoren und Maschinen: Einsatzgebiete, Funktion, Entwicklungstendenzen. Vol. 2 (BLV, München 1991), in German

14.33.

ISO: ISO 11783:2000: Traktors an Machinery for Agriculture and Forestry (ISO, Geneva 2002)

14.34.

ISO: ISO 11375:1998: Building Construction Machinery and Equipment. Terms and Definitions (ISO, Geneva 1998)

14.35.

ISO: ISO 18650-1:2004: Building Construction Machinery and Equipment. Concrete Mixers. Part 1: Terminology and Commercial Specifications (ISO, Geneva 2004)

14.36.

ISO: ISO 11573-1:2006: Building Construction Machinery and Equipment. Concrete pumps. Part 1: Terminology and Commercial Specification (ISO, Geneva 1998)

14.37.

ISO: ISO 21592:2006: Building Construction Machinery and Equipment. Concrete Spraying Machines. Terminology and Commercial Specification (ISO, Geneva 2006)

14.38.

ISO: ISO/DIS 18651:2005: Building Construction Machinery and Equipment. Internal Vibrators for Concrete (ISO, Geneva 2005)

14.39.

ISO: EN 12418:2000: Mansory and Stone Cutting-Off Machines for Job Site-Safety (ISO, Geneva 2000)

14.40.

ISO: ISO 11375:1998: Building Construction Machinery and Equipment. Terms and Definitions (ISO, Geneva 1998)

14.41.

G.Y. Frenkel: Application of Robotics and Manipulators in the Construction Industry: Construction and Progress in Science and Technology (Znanye, Moscow 1988) p. 64, in Russian

14.42.

V. Araksyan, V. Volkov: Mechanization and Automation of Heavy and Labor-Intensive Works (Znanye, Moscow 1985) p. 64, in Russian

14.43.

G.Y. Frenkel: Robotization of Work Processes in Construction (Stroyizdat, Moscow 1987) p. 174, in Russian

14.44.

Y.A. Vilman: Fundamentals of Robotization in Construction (Vysshaya Shkola, Moscow 1989) p. 271, in Russian

14.45.

R. Krom: Robots in the Building Industry (KROM, Sassenheim 1997)

14.46.

S. Singh: The State-of-the-Art in Automation of Earthmoving (Robotics Institute Carnegie Mellon Univ., Pittsburg 2002)

14.47.

E. Budny, M. Chłosta, W. Gutkowski: Sensitivity of the Optimum Bucket Trajectory in Controlled Excavation, Automation in Construction (Elsevier, Amsterdam 1999) pp. 99–110

14.48.

E. Budny, M. Chłosta, W. Gutkowski: Optimal control of an excavator bucket positioning, 19th ISARC Proc. (ISARC, Washington 2002)

14.49.

E. Budny, M. Chłosta, W. Gutkowski: Load-independent control of a hydraulic excavator, Automat. Constr. 12(3), 245–254 (2003)CrossRef

14.50.

E. Budny, M. Chłosta, W. Gutkowski: A bucket discharge control for a backhoe excavator, 21st ISARC Proc. (ISARC, Washington 2004)

14.51.

P. Vähä, M. Skibniewski: Dynamic model of excavator, ASCE J. Aerosp. Eng. 6(2), 148–158 (1993)CrossRef

14.52.

P. Vähä, M. Skibniewski: Cognitive force control of excavators, ASCE J. Aerosp. Eng. 6(2), 159–166 (1993)CrossRef

14.53.

Council for Construction Robot Research: Construction Robot System Catalog in Japan (Japan Robot Association, Tokyo 1999)

14.54.

M. Skibniewski, R. Kunigahalli: Chap. 17: Automation in Concrete Construction. In: Concrete Construction Engineering Handbook (CRC, Boca Raton 1997)

14.55.

IAARC: Robots and Automated Machines in Construction (Int. Association for Automation and Robotics in Construction (IAARC), Watford 1998)

14.56.

Fujita Corp.: Robots for Construction (Fujita Corp., Tokyo 2005)

14.57.

PENTA OCEAN Construction Corp.: Faces on Automatic Oriented Sheltered Building Construction (PENTA OCEAN Construction Corp., Tokyo )

14.58.

Obayashi Corp.: Big Canopy Automation System for High-rise Reinforced Concrete Buildings, Techn. Res. Inst. Rep., Vol. 640 (Obayashi Corp., Tokyo 2003)

14.59.

J. Maeda: Development and Application of Automated High-Rise Building Construction System, Vol. 14 (Shimizu Tech. Res. Bull., Tokyo 1995)

14.60.

M. Skibniewski, C. Hendrickson: Automation and robotics for road construction and maintenance, ASCE J. Transport. Eng. 116(3), 261–271 (1990)CrossRef

14.61.

M. Skibniewski, C. Hendrickson: Analysis of robotic surface finishing work, ASCE J. Constr. Eng. Manag. 114(1), 53–68 (1988)CrossRef

14.62.

M. Skibniewski: Robotics in Civil Engineering (Van Nostrand Reinhold, Boston 1988) p. 233

14.63.

Y. Zhou, M. Skibniewski: Construction robot force control in cleaning operations, ASCE J. Aerosp. Eng. 7(1), 33–49 (1994)CrossRef

14.64.

M. Skibniewski: Robot Implementation Issues for the Construction Industry. In: Human-Robot Interaction, ed. by M. Rahimi, W. Karwowski (Taylor Francis, New York 1992) pp. 347–366

14.65.

M. Skibniewski: A framework for decision making on implementing robotics in construction, ASCE J. Comput. Civil Eng. 2(2), 188–201 (1988)CrossRef

14.66.

C. Haas, M. Skibniewski, E. Budny: Robotics in civil engineering, Microcomp. Civil Eng. 10(5), 371–381 (1995), Special Issue: Robotics in Civil EngineeringCrossRef

14.67.

M. Skibniewski, S. Nof: A framework for programmable and flexible construction systems, Robotics Autonom. Syst. 5, 135–150 (1989)CrossRef

14.68.

J. Russell, M. Skibniewski: An ergonomic analysis framework for construction tasks, Constr. Manag. Econ. 8(3), 329–338 (1990)

14.69.

J. Russell, M. Skibniewski, J. Vanegas: A framework for a construction robot fleet management system, ASCE J. Constr. Eng. Manag. 116(3), 448–462 (1990)CrossRef

14.70.

M. Skibniewski, J. Russell: Construction robot fleet management system prototype, ASCE J. Comput. Civil Eng. 5(4), 444–463 (1991)CrossRef

Titel: Construction Machinery
verfasst von: Eugeniusz Budny, Prof.
Mirosław Chłosta, Dr.
Henning Jürgen Meyer, Prof.
Mirosław J. Skibniewski, Prof.
Verlag: Springer Berlin Heidelberg
Buch: Springer Handbook of Mechanical Engineering
Print ISBN: 978-3-540-49131-6

Electronic ISBN: 978-3-540-30738-9

Copyright-Jahr: 2009
DOI: https://doi.org/10.1007/978-3-540-30738-9_14

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