简介:Developmentofavehiclestructurewithenhancedpedestriansafety;DoorslamCycleTestsofanautomobilestructure;Dynamicinteractionofvehiclesmovingonuniformbridge;Dynamicalactionsonhighwaybridgedecksduetoanirregularpavementsurface;ElectricDriveSystemforElectricandHybridVehicles;Energyabsorptionandperformanceofavehicleimpactprotectionsystem;Fatiguestrengthevaluationonresistancespotweldsofthevbehiclebody;HyperG-anewhydro-pneumatic,catapult-typesled;Integrationofaterrain-adaptivetractioncontrolsysteminthehierarchyoflocomotioncontrolsystem;……
简介:[篇名]Optimizationofsuper-lightweight,space-framevehiclestructure,[篇名]OptimumDesignforReinforcedStructuralMembersandOccupantRestraintSystemofaVehicleusingMultilevelApproach,[篇名]Productionpreparationprocessofautomobilepainting,[篇名,]Railsdeformationpatterninfrontalimpact,[篇名]ShakerTestsofAnAutomobileStructure,[篇名]Structuraldesignconsiderationsofaprofilingfreevehicleusedtomeasureoceanturbulence,[篇名]THERMALCONDUCTIVITYMEASUREMENTSOFAEROGEL-IMPREGNATEDSHUTTLETILEATCRYOGENICTEMPERATURES,[篇名]UseofstochasticanalysisforFMVss210simulationreadinessforcorrelationtohardwaretesting,[篇名]Vehiclestructureanalysisofcompatibilityperformance,[篇名]Vibrationandpowerflowanalysisofavehiclestructureusingcharacteristicconstraintmodes,[篇名]Zerofailureelectroriicsasakeytovehicleimprovement。
简介:针对固体结构内部温度测量的工程需求,比较了目前工业中应用较多的热电偶测温法、光纤光栅测温法、中子共振谱法和超声测温技术,发现超声测温技术具有非接触式测量、测温范围广、响应速度快等特点而更适用于固体结构内部温度的测量.调研了超声测温技术的发展历史与国内外现状,重点对超声温度场重建方法进行了介绍与分析,发现现有的重建方法主要是针对一维温度场的而且都存在参数获取困难的局限性,导致重建方法的适用性较差并且重建精度较低.综述了超声测温技术在火灾损伤、医疗卫生、核力发电、冶炼制造等领域中的应用,讨论了超声测温技术在测温机理、声时测量算法和时间测量分辨率等方面存在的技术问题,总结了超声测温技术在今后发展中的重点研究方向并提出了展望.