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Coupling excavator hydraulic system and internal combustion engine models for the real-time simulation
Affiliation:1. Luleå University of Technology, 97187 Luleå, Sweden (Tel: +46-920-49 10 00);7. Volvo CE AB, Bolindervägen 100, 631 85 Eskilstuna, Sweden (Tel: +46-160-15 10 00);71. Boliden Mineral AB, Kontorsvägen 1, 936 81 Boliden, Sweden (Tel: +46-910-77 40 00);77. Oryx Prototyping AB, Tvistevägen 48, 907 36 Umeå, Sweden (Tel: +46-90-348 49 00)
Abstract:Rising energy costs and emissions restrictions force manufacturers to exploit new techniques to reduce fuel consumption and pollutant production. Many solutions have been proposed for off-road vehicles, mainly based on reduction of hydraulic losses, better control strategies and introduction of hybrid architectures. In these applications the optimisation of the matching between hydraulic system and thermal engine is a major concern to improve system overall efficiency. The work presented in the paper is focused on the development of a method for the simulation of typical mobile machinery where hydraulic systems are powered by internal combustion engines; the proposed co-simulation approach can be useful in the development cycle of this machinery.
Keywords:“Control-oriented” Modelling  Hydraulic excavator  Variable Displacement Pump  Co-simulation of complex systems  Modelling
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