简介：技能层次和知识层次是高职教学的总体目标.高职力学教学对学生智力的开发、观念分析能力的培养、操作技能的锻炼和综合能力的提高有着十分重要的影响,本文对高职力学教师应具有的教学能力进行了探索.

简介：敦煌写本P.2481的性质曾引起人们关注,但没有统一的看法。文章将它与同时代的判文一起比较,发现它们在结构、风格、称谓等方面都很相似,于是推断它是判文中的拟判,不属于狭义的书仪,可归属于广义的书仪中。

简介：文中介绍了海运危险货物监管依据的一些国内外法律和标准，并针对海事部门在打击海运危险货物瞒报过程中遇到的在货物危险性质判定方面存在的若干问题进行了探讨，提出了解决的建议和意见。

简介：文章通过对技术技能型人才力学知识的需求现状分析,提出了基于＂工程力学＂课程创新高职人才培养模式的具体措施,对提升高职人才培养质量,具有一定的参考意义。

简介：Forstudyingthedynamicperformanceofsubseaumbilicalcablelayingsystemandachievingthegoalofcabletensionandlayingspeedcontrol,therigidfiniteelementmethodisusedtodiscreteandtransformthesystemintoarigid-flexiblecouplingmulti-bodysystemwhichconsistsofrigidelementsandspring-dampingelements.ThemathematicalmodelofsubseaumbilicalcablelayingsystemkinematicchainispresentedwiththesecondorderLagrangeequationinthejointcoordinatesystem,anddynamicmodelingandsimulationisperformedwithADAMS.Thedynamicanalysisisconductedassumingthefollowingthreestatuses:ideallaying,practicallayingunderwavedisturbance,andpracticallayingwithtensioncompensation.Resultsshowthatmotiondisturbancesofthelayingbudgeunderseawaves,especiallywithheavingandpitching,willcauserelativelyseriousfluctuationsincabletensionandlayingspeed.Tensioncompensation,i.e.,activebacktensiontorquecontrolcanrestrictcontinuoustensionincreasingordecreasingeffectivelyandrapidly,thusavoidingcablebreachorbuckling.

简介：在概述轮机类专业“工程力学”教学现状的基础上，分析“工程力学”教学存在的问题，提出对轮机类专业实行“工程力学”模块化教学的构想，结合教学实际探讨“工程力学”模块化教学的实行方案以及需要注意的问题。

简介：Smoothedparticlehydrodynamics(SPH)isaLagrangianmeshlessparticlemethod.Itisoneofthebestmethodforsimulatingviolentfreesurfaceflowsinfluidsandsolvinglargefluiddeformations.Dambreakingisatypicalexampleoftheseproblems.ThebasisofSPHwasreviewed,includingsometechniquesforgoverningequationresolution,suchasthesteppingmethodandtheboundaryhandlingmethod.Thennumericalresultsofadambreakingsimulationwerediscussed,andthebenefitsofconceptslikeartificialviscosityandpositioncorrectionwereanalyzedindetail.Whencomparedwithdambreakingsimulatedbythevolumeoffluid(VOF)method,thewaveprofilegeneratedbySPHhadgoodagreement,butthepressurehadonlyreasonableagreement.Improvingpressureresultsisclearlyanimportantnextstepforresearch.

简介：<正>19–24October2014SingaporeCONFERENCETHEMESTheoverallaimoftheICHDConferenceistoprovideaforumforparticipantsfromaroundtheworldtoreview,discussandpresentthelatestdevelopmentsinthebroaddisciplineofhydrodynamicsandfluidmechanics.ThefirstInternationalConferenceonHydrodynamics(ICHD)wasinitiatedin1994inWuxi,China.Sincethen,9moreICHDconferenceswereheldsubsequentlyinHongKong,Seoul,Yokohama,Tainan,Perth,Ischia,Nantes,ShanghaiandStPetersburg.EvidentlytheICHDconferencehasbecomeanimportanteventamongacademics,