MSC Adams 2019-MAGNiTUDE-多體動力學（MBD）軟件
Adams2019正式發佈！

多體動力學仿真解決方案
作為世界上使用最廣泛的多體動力學（MBD）軟件，Adams可幫助工程師研究運動部件的動力學特性以及在整個機械系統內部荷載和作用力的分佈情況。
通常直到設計過程即將結束，產品製造商都要一直盡其所能地去瞭解真實的系統性能。在系統的整個工程過程中都要針對具體要求對機械、電子及其他子系統進行驗證，但全系統的試驗和驗證會較晚進行，這與儘早進行這些試驗相比，由此導致的返工和設計更改的風險和成本都會上升。

仿真“現實世界”物理現象
作為世界上使用最廣泛的多體動力學（MBD）軟件，用過ADAMS儘早進行系統級設計驗證，可以提升工程效率、降低產品開發成本。工程師可評估並管理包括運動、結構、驅動和控制在內的各學科之間複雜相互作用，以便更好地優化產品設計的性能、安全性和舒適度。憑藉廣泛的分析能力，Adams可充分利用高性能計算環境對大型問題進行優化。
利用多體動力學求解技術，Adams僅用FEA求解所需的小部分時間便可完成非線性動力學的運行。通過更準確地評估載荷和作用力在各種運動及工作環境中的變化，Adams仿真所計算的載荷和作用力改進了FEA的精度。


Adams.TheMultibodyDynamicsSimulationSolution.Adamshelpsengineerstostudythedynamicsofmovingparts,andhowloadsandforcesaredistributedthroughoutmechanicalsystems.

Productmanufacturersoftenstruggletounderstandtruesystemperformanceuntilverylateinthedesignprocess.Mechanical,electrical,andothersubsystemsarevalidatedagainsttheirspecificrequirementswithinthesystemsengineeringprocess,butfull-systemtestingandvalidationcomeslate,leadingtoreworkanddesignchangesthatareriskierandmorecostlythanthosemadeearlyon.

Simulate"RealWorld"Physics
Astheworld'smostfamousandwidelyusedMultibodyDynamics(MBD)software,Adamsimprovesengineeringefficiencyandreducesproductdevelopmentcostsbyenablingearlysystem-leveldesignvalidation.Engineerscanevaluateandmanagethecomplexinteractionsbetweendisciplinesincludingmotion,structures,actuation,andcontrolstobetteroptimizeproductdesignsforperformance,safety,andcomfort.Alongwithextensiveanalysiscapabilities,Adamsisoptimizedforlarge-scaleproblems,takingadvantageofhighperformancecomputingenvironments.

Utilizingmultibodydynamicssolutiontechnology,AdamsrunsnonlineardynamicsinafractionofthetimerequiredbyFEAsolutions.LoadsandforcescomputedbyAdamssimulationsimprovetheaccuracyofFEAbyprovidingbetterassessmentofhowtheyvarythroughoutafullrangeofmotionandoperatingenvironments.

AdamsMultidisciplineSolutions
OptionalmodulesavailablewithAdamsallowuserstointegratemechanicalcomponents,pneumatics,hydraulics,electronics,andcontrolsystemstechnologiestobuildandtestvirtualprototypesthataccuratelyaccountfortheinteractionsbetweenthesesubsystems.

AdamsControlintegration–AdamsControlandAdamsMechatronics
AdamsMechatronicsisaplug-intoAdamswhichcanbeusedtoeasilyincorporatecontrolsystemsintomechanicalmodels.AdamsMechatronicshasbeendevelopedbasedontheAdamsControlfunctionalityandcontainsmodelingelementswhichtransferinformationto/fromthecontrolsystem.Forexample,usingAdamsMechatronicsinAdamsCar,youcanquicklycreateassembliesofvehiclesystemsincludingcontrolsystems,andthenanalyzethemtounderstandtheirperformanceandbehavior.

AddasophisticatedcontrolsrepresentationtoyourAdamsmodel
ConnectyourAdamsmodeltoblockdiagrammodelsyou'vedevelopedwithcontrolapplicationssuchasEasy5®orMATLAB®
Experienceflexibilityinsimulationstylestosuityourproblems'needs:simulatewithinAdams,withinthecontrolssoftwareorco-simulation
Accessadvancedpre-processingforAdamsControls
Setupandcoupleacontrolsystemtoamechanicalsystem
Convertsignalunitsautomatically
Connecttransducerandactuatorsignalstothecontrolsystemseasily
Convenientlyreviewandmodifythecontrolsysteminputandoutputspecifications
Idealforcomplexintegrations