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Position and static force analysis of a backhoe excavating equipment

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Warianty tytułu
Języki publikacji
EN
Abstrakty
EN
In the present study are suggested and developed new computer oriented algorithms for position and static force analysis of a backhoe excavating equipment. The position analysis is based on matrix description of the position of the bodies, which forms the open kinematic chain. The fol-lowing-up static force analysis is used for determination of the static reactions in the joints. It is performed by composition of static equilibrium conditions for each body and solution of the received system of linear algebraic equations. The developed approach is realized and automated in interactive MathcadŽ program PSAB 1.0 (Position and Static force Analysis of a Backhoe excavating equipment).
Twórcy
autor
  • Technical University of Sofia, dept. logistics Engineering, Material handling and Constructions machines, Kliment Ohridski blvd. N8, Sofia, Bulgaria, Tel: +359(02) 96526011, rosenm@tu-sofia.bg
Bibliografia
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  • [2]Craig, J., Introduction to robotics. Mechanics and control, Addison-Westey 1989.
  • [3]Ding, G., Qian, Z., Feng, P., Pan, S., Active Vibration Control of Excavator Working Equipment with ADAMS, North American ADAMS User Conference, Ortando, FL 2002
  • [4]Frimpong, S., Yafei, H., Inyang, H., Dynamie Modeling of Hydrautic Shove) Excavators for Geomateriats, International Journal of Geomechanics, Jan. 2008, Vol. 8, Issuel, p. 20-29, DOI: 10.106]/(ASCE))532-3641(2008)8:1(20).
  • [5]Janssen, B., Nieve!stein, M., Multi-toop Linkage Dynamics via Geometrie Methods: A Case Study on a RH200 Hydrautic Excavator, Intemship report, Eindhoven University of Technology Department of Mechanical Engineering Dynamics and Control Group, 2005, http://Library.tue.nt/csp/dare/LinkToRepository.csp?recordnumber=612753, accessed 04.03.2008.
  • [6]Hlebosolov, I., Grafoanatiticheskie metodi rascheta mehanizmov s ispolzovaniem EVM. Journal of theory of mechanisms 2004, No°2, Vot.2, p.40-44, available online at http://tmm.spbstu.ru/4/khlebosolov_02_04.pdf (04.03.2008) (in Russian).
  • [7]Hofstra, C., Hemmen, A., Miedema, S., Hulsteyn, J., Describing the position of backhoe dredges, in: Texas A&M 32nd Annua) Dredging Seminar, Warwick, Rhode Istand, June 25--28,2000.
  • [8]Hsin-Sheng, L., Shinn-Liang, C., Kuo-Huang, L., A study of the design, manufacture and remote control of a pneumatic excavator, International Joumal of Mechanical Engineering Education. Volume 32(2004), Issue 4, p. 345-362. ' -
  • [9]Koivo, A., Kinematics of excavators (backhoes) for transferring surface material, Joumal of Aerospace Eng., 1994, 7(1), p. 17-32.
  • [10]Koivo, A. Thoma, M., Kocaog-lan, E., Andrade-Cetto, J., Modeling and control of excavator dynamics during digging operation, Journal of Aerospace Eng., 1996, 9(1), p. 10-18.
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  • [12]Malaguti, F., Zaghi, S., Force Sensor by Driving Hydraulic Cylinders: Identification of Inertial Parameters and Tests, in: International Symposium on Automation and Robotics in Construction, 19th (ISARC). Proceedings. National Institute of Standards and Technology, Gaithersburg, Maryland, September 23-25, 2002, p. 431-436.
  • [13]Minchev, N., Zhivkov, V., Enchev, K., Stoianov, P., Teoria na mashinite i mehanizmite. Sofia, Tehnika 1991 (in Bulgarian).
  • [14]Nguyen, H., Robust low level control of robotic excavation, Ph.d thesis, Australian Centre for Field Robotics,The University of Sydney 2000.
  • [15]Shabana, A., Computational dynamics, Wiley-Interscience 2001.
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  • [19]Velzen, R., Automatisering van de positie en stand van de bucket van een backhoedredger, Afstudeeryerslag A-863 vakgroep Meet- en regeltechniek, Facuiteit Werktuigbouw en Mari-tieme Techniek, Delft 1999.
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Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-BPP1-0089-0070
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