简介：在AMG50周年之际,这款两座超跑带来了最新的、成熟的F1混动车技术.这款高性能混动车据说最大功率可达1000马力,极速超过350公里/小时,它结合了赛道性能和适合日常驾驶的F1混动技术,并具有绝佳的经济性.这辆车的动力系统由一个加了涡轮增压的燃油发动机和四个电动马达组成,其中一个和涡轮增压器整合在一起,另一个则是通过曲轴箱与燃油发动机直接相连,其余两个则是用来驱动前轮.里面的1.6升V6发动机来自F1赛车,转速可达11000转,在公路车中实属少见,而电动机的转速也高达50000转,一般的转速仅为20000转.这两个马达可独立为前轮提供加速和减速功能,换言之,ProjectONE的前轮可获得不同比率的扭力输送,令车身有更佳的动力表现.在日常情况下,马达可把80％的刹车车动能回收,然后储存在电池内.

简介：当世界都在朝向电动化、零排放之际,摩托车自然也要顺应这一潮流.宝马趁着在意大利举办的埃斯特庄园优雅竞赛(Concorsod'EleganzaVillad'Este),展现了他门的全新概念力作零排放的电动摩托车——ConceptLink.跟宝马MotorradVisionNext100Concept相比,这款车要现实得多,更有可能在不久的将来实现,灵巧的它尤其适合在城市市中心驾驶.ConceptLink很难归类,它的造型相当紧凑,车身低矮且拉长,座位平整,不管是从侧面还是从后侧,都可以很轻松地奇上去.它的座位可以调节成两人座,可以是更为动感的单人坐骑,也可以是更为实用的两人坐骑.它的座椅下有存储空间,可以很容易地用滑门打开,既满足了驾驶乐趣,又满足了功能需要.它的车身颜色采用了金属钛和哑光黑,哑光黑区域是动力机构的所在处.

简介：雪铁龙近日发布了下一代小型SUV的雏形——C-Aircross概念车。与2016年曾经发布的Aircross概念车不同,新一代的C-Aircross几乎是小型车C3与Aircross的合体版。在C3平台上进行打造,整体借用Aircross的设计理念,车头几乎与之前发布的C3如出一辙,大多数车辆大灯的位置被LED日间行车灯取代,而雾灯的位置被设计成大灯总成。

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简介：想象一下未来的车辆非常的友好,而且完全地以你为重,聚焦于你,那会是多好的美事,而这正是丰田Concept-i所要做到的.在2017年于拉斯维加斯举办的CES展上,这辆具有突破性的概念车充分展示了丰田的愿景——未来的汽车应该更多地关注使用他们的人,所有的设计、制造要以他们为出发点.

简介：China's'BeltandRoad'initiativeisemergingastheWesterndominatedworldorderisdeclining.Capitalismhasintensifiedtherichpoordivideandpowerpoliticshaveledtogreatupheavals.Westernvalueshavecauseda'valuedislocation'fornon-Westerncountries.Theworldiscallingfornewdevelopmentconcepts.The'BeltandRoad'initiativehasemergedasananswer.ItembodiesChina'sideasonglobaldevelopment.First,itworksforthe'commonprosperity'ofeverycountry,whichwilleasecontradictionsbetweentheSouthandtheNorth.Second,itemphasizesgeo-economicintegrationthatwillhealthefragmentationofEurasia.Third,itadvocateslinkagesbetweenpeopleandinclusivenesstocreateanewkindofcivilization.However,manydifficultiesandchallengeslieaheadfortheimplementationofthe'BeltandRoad'initiative.

简介：在此之前我们曾经报道过大众职业学院那些学徒工和实习生的作品,而斯柯达也不示弱地拿出了他们职业学院的作品,一款全新的元素概念车。这款名为元素的概念车（ElementConcept）其实是基于斯柯达微型城市通勤车辆CitiJet重新打造的版本。车身长度3597mm,宽1641mm,并没有车顶和车门而且只有两个座位。而拆掉车内无关设备所争取来的空间一部分用于安置一个18.7kW/h的锂离子电池箱,一部分用于安置影音娱乐系统,并且在后备箱顶端还设计有一个专门采集光伏能量的电池板。

简介：Whilethethreatofwarhasdecreased,therehaveappearedintricatesecurityissuesthataffectallaspectsofhumanlife,breakingthroughvariousdefensesandthreateningthewellbeingofallactorsinthecontemporaryworld,includingnations,groupsandindividuals.Thisriskysituationcallsforanewsecurityconcept,onethattranscendstraditionalstatecentrism,nationalsupremacyandcoercion.Thenewsecurityconcept,whichshouldassimilatethegeneraltheoryofgrandstrategy,focusesonavisionthatspanstimeandspace,valuinghumankindasitexistsasoneofthedynamicfactorsofnatureandsociety.Theessentialsofthenewsecurityconceptaretorecognizebalanceddevelopmentasthesubstanceofsecurityandtogovernnationalstrengthandtheapplicationofmeansandtactics.Itaimsatrealizingcomprehensivesecurityacrossvarioussocialfieldswithinstates,toachievemutualsecurityamongnational,internationalandindividualactors,aswellasharmonybetweenmanandnature,continuoussecurityleadingtolastinganduniversalpeaceinthefuture.

简介：ResistanceanalysisisanimportantanalyticalmethodusedtoevaluatethehydrodynamicperformanceofHighSpeedCraft(HSC).AnalysisofmultihullresistanceinshallowwaterisessentialtotheperformanceevaluationofanytypeofHSC.Shipsoperatinginshallowwaterexperienceincreasesinresistancebecauseofchangesinpressuredistributionandwavepattern.Inthispaper,theshallowwaterperformanceofanHSCdesignconcept,thesemi-SmallWaterplaneAreaTwinHull(semi-SWATH)form,isstudied.Thehullisinstalledwithfinstabilizerstoreducedynamicmotioneffects,andtheresistancecomponentsofthehull,hulltrimcondition,andmaximumwaveamplitudearoundthehullaredeterminedviacalmwaterresistancetestsinshallowwater.Thesecriteriaareimportantinanalyzingsemi-SWATHresistanceinshallowwateranditsrelationtoflowaroundhull.Theforefinangleisfixedtozerodegrees,whiletheaftfinangleisvariedto0o,5o,10o,and15o.Foreachconfiguration,investigationsareconductedwithdepthFroudenumbers(FrH)rangingfrom0.65to1.2,andtheresistancetestsareperformedinshallowwateratthetowingtankofUTM.Analysisresultsindicatethattheresistance,wavepattern,andtrimofthesemi-SWATHhullformareaffectedbythefinangle.Theresistanceisamplifiedwhereasthetrimandsinkagearereducedasthefinangleincreases.IncreasesinfinanglecontributetoseakeepingandstabilitybutaffectthehullresistanceofHSCs.

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简介：2017年11月30日，通用电气公司（和ConceptLaser公司为德国利希滕费尔斯的新工厂举办了奠基仪式。未来，3DCampus将研发与生产、服务、物流紧密结合。新办公楼预计将于2019年初启用，面积约达475平方米，将为约500名员工提供办公空间。未来的机器产能将比现在高出四倍，这将使ConceptLaser利希滕费尔斯工厂成为生产3D金属打印机的全球GE中心。新工厂总投资达约1．05亿欧元。

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简介：Currently,humanrightsgovernanceinGlobalSouthcountriesfacesnon-traditionalhumanrightschallengesinadditiontothetraditionalones.TheviewofhumanrightsgovernancedominatedbyWesternliberalismisalreadyoverstretchedwhenfacingthehumanrightsgovernancedilemmaoftheless-developedcountries.TheproposaltobuildacommunitywithasharedfutureformankindaswellasTheBeltandRoadhavecontributednewChinesewisdomandactionplansforSouth-Southcooperationandglobalgovernancerightsboththeoreticallyandpractically,whichhasimportantsignificanceforeasingthepredicamentofthehumanrightsprotectionintheGlobalSouth.