[99] A. Rehnberg, Vehicle dynamic analysis of wheel loaders with suspended axles, Int. J. Vehicle Systems Modelling and Testing 3 (2008) 168-188. [100] P. Hansson, Working space requirement for an agricultural tractor axle suspension, Biosystems Engineering 81 (2002) 57-71.
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Nov 28, 2015 · How to build a vehicle that will let you ride in comfort where even walking would be difficultâ Wheeled By V. Lee Oertle THE one place it makes no senseto drive this handy…
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Keywords Vehicle–bridge interaction Truck modelling Earthquake engineering Seismic response Bridges Dynamic analysis Wheel detachment & T. S. Paraskeva [email protected] E. G. Dimitrakopoulos [email protected] Q. Zeng [email protected] 1 Department of Civil and Environmental Engineering, Hong Kong University of Science and Technology, Clear Water Bay
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The railway vehicle, shown in Figure 1, includes the car-body modeled by a free-free suspended beam, two bogies and two wheels that are connected by two sets of suspension: (a) the primary suspension between the bogies and the wheel-sets, and (b) the secondary suspension between the car-body and the bogie.The bridge model includes a short (30 m) single-span typical …
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Jan 01, 2008 · Wheel loaders are used in a variety of tasks. The traditional design of the vehicle is unfavourable from a ride comfort standpoint, as the unsuspended axles lead to high vibration levels. This study investigates the possibility to reduce driver vibrations by introducing suspended wheel axles. A multibody simulation model is used to study vibration levels with and without …
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The aim of this work is the control design and analysis of a semiactive axle suspension system for vibration reduction in a wheel loader. Unlike a traditional semiactive suspension system with continuously adjustable shock absorber, in this work, a novel axle suspension with multiple damping modes is proposed for the wheel loader. The multimode switching damping …
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Lateral stability is quite essential for the vehicle. For the vehicle with an articulated steering system, the vehicle load and steering system performance is quite different from the passenger car with the Ackman steering system. To investigate the influence of the tire characteristics and vehicle parameters on lateral stability, a single-track dynamic model is established based on …
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While suspended axles have great potential for improving ride comfort and performance, they will also necessarily affect the vehicle dynamic behaviour which is different in many aspects from that of passenger cars or other road vehicles: the wheel loader has a large pitch inertia compared to its mass, the axle loads vary considerably with loading condition, and the vehicle uses an …
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Apr 23, 2015 · P. M. Bora, Dr. P. K. Sharma, Vehicle Anti-Roll Bar Analyzed Using Fea Tool Ansys, ISSN (online): 2348 7550 International Journal of Advanced Technology in Engineering and Science .ijates.com Volume No.02, Issue No. 07, July 2014. Adam Rehnberg, Vehicle dynamic analysis of wheel loaders with suspended axles, TRITA-AVE 2008:15 ISSN 1651-7660
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While suspended axles have great potential for improving ride comfort and performance, they will also necessarily affect the vehicle dynamic behaviour which is different in many aspects from that of passenger cars or other road vehicles: the wheel loader has a large pitch inertia compared to its mass, the axle loads vary considerably with loading condition, and the vehicle uses an …
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Estimation of the center of gravity (CG) is the basis for intelligent control of the front-and-rear-axis-independent electric driving wheel loaders (FREWLs). This paper presents a novel real-time method for estimating the CG of FREWLs, which is suitable for driving and spading conditions on bumpy roads. A FREWL dynamical model is proposed to set up the state-space model.
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Wheel loaders are used in a variety of tasks. The traditional design of the vehicle is unfavourable from a ride comfort standpoint, as the unsuspended axles lead to high vibration levels. This
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Results showed that (1) the three layouts of suspensions can greatly reduce the vector sum of weighted acceleration; (2) the UCS suspension affects both the driving and operation stability of the wheel loader, and the IC-R suspension affects the operation stability when the wheel loader scoops and unloads crushed rocks, (3) the IC-RP suspension with anti-roll and anti-pitch …
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The railway vehicle, shown in Figure 1, includes the car-body modeled by a free-free suspended beam, two bogies and two wheels that are connected by two sets of suspension: (a) the primary suspension between the bogies and the wheel-sets, and (b) the secondary suspension between the car-body and the bogie.The bridge model includes a short (30 m) single-span typical …
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[12] A. Rehnberg, Vehicle dynamic analysis of wheel loaders with suspended axles, (2008). [13] B. L. Zohir, Ride Comfort Assessment in Off Road Vehicles using …
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Multi-body dynamics in full-vehicle handling analysis. Vehicle Dynamic Analysis of Wheel Loaders with Suspended Axles. Durablity Analysis of a Vehicle Body Structure Using Modal Transient Methods >> More Projects on Vehicle Dynamic Analysis >> Automobile based Projects for Final Year Mechanical Students
Get a QuoteVehicle Dynamic Analysis of Wheel Loaders with Suspended AxlesDevelopment and investigation of a semi-active suspension system for full suspension tractors Dec 2008 25-28
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Aug 01, 2011 · According to the development status of underground load-haul-dump vehicle (LHD) development, a virtual-prototyping oriented key research and development system of LHD is proposed. Based on the driven oriented and top-down design concept of virtual-prototyping, combining the overall performance design, multi-body system dynamics oriented characteristic …
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While suspended axles have great potential for improving ride comfort and performance, they will also necessarily affect the vehicle dynamic behaviour which is different in many aspects from that of passenger cars or other road vehicles: the wheel loader has a large pitch inertia compared to its mass, the axle loads vary considerably with loading condition, and the vehicle uses an …
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ABSTRACT Pazooki Alireza, Ph.D. Concordia University, 2012 Articulated frame steer vehicles (ASVs), widely employed in different off-road sectors, are generally unsuspended vehicles. Owning to their complex operating environment, high mass center, relatively soft and large diameter tires, wide load variations and load distribution, and kineto-dynamics of the frame …
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