简介:[篇名]Aparametricinterpolatorwithconfinedchorderrors,accelerationanddecelerationforNCmachining,[篇名]Areviewofconventionalandmodemsingle-pointsheetmetalformingmethods,[篇名]Astudyonthestrengthofcatalyticconverterultrathin-wallsubstrates,[篇名]Analgorithmfortheinterpolationofhybridcurves,[篇名]Computeranimationbasedonkinematics,[篇名]Cutting50mmshipbuildingpartswithlessthan2kWofCO2laserpower,[篇名]DevelopmentofaPC-basedcomputernumericalcontroldrillingmachine,[篇名]FlexibleManufacturingSystems-AnIntegratedApproachtoAutomateProductionOperations。
简介:Databasesforskilledworkers-motionsimulationusingprecisehumanbodymodel.Developmentofanewspraymodelbyapplyingtheinteractioneffectsamongthedroplets.Durationofcomputeruseandmouseuseinrelationtomusculoskeletaldisordersofneckorupperlimb.EffectivenessofBezierfunctionsforfairingofshiphullform.
简介:LightningProtectionofPowerSystemsUsingFuzzyLogicTechniques;Managementinformationsystemformouldedcomponentdevelopment;MassAnalysisSystem(MAS);Novelsolutionstoadifficultmaterialshandlingproblem;Numericalsimulationforfilmthicknessinelectrodepositionpainting;OnthedesignofHI-basedbiofeedbackinterfaces;Ontheuseofasimplifiedmodelforswitchedreluctancemotors;Predictionastoidlingrattleofmanualtransmission(firstreport)-effectsofidlergearsandoiltemperatureondragtorque。
简介:Anewserviceplatformbasedonenvironmentaltrigger,ANOVELINTRODUCTORYGRADUATECOURSEFORELECTRICALENGINEERS,AWEB-BASEDEDUCATIONALENVIRONMENTDEVELOPEDUSINGU.M.LAPPROACH:THEI.T.O.E.ESOLUTION,Applicationofslidingcontrolforadaptivecruisecontrol,BOILERFLOWFIELDS'CALCULATIONONMATLAB……
简介:《新科学家》杂志报道说,得益于柏林一位化学家的研究成果,超高速的微分子计算机可能离现实更进了一步。该杂志说,曾在美国加州斯里克普斯研究所工作过的詹姆斯·拉克尔已经开发出了一种能够由氮和二氧化碳来开启和关闭的分子。拉克尔对该周刊说:“这一研究结果为未来电子学提供了新的基石。有朝一日,这一技术可能会导致只需利用气体和光线就能思考的计算机。”分子计算技术可以帮助解决技术业所面临的重要问题——硅晶体管的物理局限。世界最大芯片厂商英特尔公司的科学家已经警告人们警惕晶体管尺寸缩小所带来的问题。基于分子而不是硅芯片的计算技术可以使未来计算机的功能大大增加,尺寸大大缩小。分子计算机