Essays about: "vehicle stiffness"
Showing result 21 - 25 of 49 essays containing the words vehicle stiffness.
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21. NG stand mechanical interface analysis for vehicle integrated RBS 70 NG
University essay from Karlstads universitetAbstract : RBS 70 was introduced 1978 in Sweden and developed to be counter threats on the battlefield. This weapon is efficient against both conventional and small targets. Main components of the system are stand, sight and missile in container. READ MORE
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22. Stiffness Re-Design and Insert Solutions for the ZBee
University essay from KTH/LättkonstruktionerAbstract : This thesis presents a systematic approach to solving the problem of large deflections in the ZBee vehicle, proposing feasible insert solutions while reducing weight and increasing efficiency were possible.An experimental study was done on the structural deformations of a sample ZBee floor using highly advanced measuring instruments. READ MORE
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23. Advanced bushing script program in MSC ADAMS
University essay from KTH/FordonsdynamikAbstract : The thesis focuses on investigating and optimizing a bushing script implemented as a tool in MSC ADAMS/Car. The study provides an insight on the representation of a rubber bushing and identify parameters which can be used to define the properties of a bushing in a simulation environment such as ADAMS/Car. READ MORE
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24. Topology optimization of a swing arm for a track driven vechile
University essay from Umeå universitet/Institutionen för fysikAbstract : The development in additive manufacturing methods has cleared the path for topology optimizationby making it possible to produce complex geometries, which would not be possible to produce bytraditional manufacturing methods. Topology optimization uses iterative structural computations tond an optimal material distribution given a maximum optimization domain, load cases and/or otherstructural criteria. READ MORE
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25. Terrain machine learning : A predictive method for estimating terrain model parameters using simulated sensors, vehicle and terrain
University essay from Umeå universitet/Institutionen för fysikAbstract : Predicting terrain trafficability of deformable terrain is a difficult task with applications in e.g, forestry, agriculture, exploratory missions. The currently used techniques are neither practical, efficient, nor sufficiently accurate and inadequate for certain soil types. READ MORE