《控制系统仿真》(MSC.EASY5.V2010)2010[压缩包]
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简介:
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http://www.mscsoftware.com/Products/CAE-Tools/Easy5.aspx
MSC Easy5是一套面向控制系统和多学科动态系统的仿真软件，用于在产品的概念和系统级设计阶段快速地建立完整、可靠的功能虚拟样机。
MSC Easy5诞生于波音公司，是由各学科领域富有经验的工程师和数值计算专家根据实际的工程问题和需求合作开发的，经过近30年的不断积累和大量工程问题的检验，发展成为独一无二的控制与多学科动态系统仿真分析工具，可谓波音公司工程仿真经验的结晶，被广泛应用于航空航天、国防、汽车、工程设备、重型机械等工业领域。借助MSC Easy5强大的专业应用库、精确的模型元件、性能卓越的求解器和丰富的分析手段，可以建立控制及多种学科领域的动态系统模型，进行有效的仿真评价，帮助用户对各类系统进行参数选定、功能评价、响应分析或控制逻辑设计，从而减少物理样机试制的风险。
MSC Easy5兼具完全的图形化建模环境、强大的仿真和分析能力、连接其它多种工程软、硬件的开放结构，可以对各种由微分、差分和代数方程描述的动态系统进行仿真。MSC Easy5的独到之处在于：其一，强大的控制系统仿真分析能力，可以建立各种复杂的控制系统模型，包含稳态分析、线性系统分析、频域响应、根轨迹分析等完整的控制系统分析类型；其二，多学科专业应用库，借助专业应用库中的预定义模型元件，向用户提供独一无二的建立系统级模型和研究多学科系统耦合问题的能力；其三，卓越的代码生成和求解器，可以由图形化系统模型自动生成相应的FORTRAN或C源代码，这些代码可以通过编译生成可执行程序，并可被用户调用；其四，高效的高级建模和二次开发功能，方便用户创建用户化模型元件，并可调用外部FORTRAN或C子程序；其五，与其它CAE软件良好的集成能力，可以将不同CAE软件所建立的模型集成到MSC Easy5中建立完整的虚拟样机，是真正的协同仿真平台。
Engineering aircraft, vehicles, agricultural equipment, and other
complex systems requires a systems-engineering approach in which not
only the components and subsystems but the entire system as a whole is
tested. Traditional build and test methodologies are time-consuming
and expensive; and now more than ever, every industry is challenged to
meet the conflicting requirements of increasing innovation while
reducing cost and time to market.
Easy5 provides accurate, reliable multi-domain modeling and simulation
of dynamic physical systems. Using Easy5, some of the most respected
companies in the world are evaluating system level performance with
CAE to reduce physical prototypes, cut cost, and accelerate their
product development process.
Dynamic systems, those systems whose behavior as a function of time is
important, are typically defined using first-order differential (or
difference) equations. Easy5 simplifies the construction and analysis
of such systems by means of a graphical, schematic-based application,
offering a comprehensive set of pre-packaged components , stored in
application-specific libraries, to simplify the assembly and
simulation of such systems. Systems engineers work within a familiar
schematic drawing environment to add and specify simple, yet complex,
connections between components in an intuitive, simple-to-use,
multi-level hierarchical modeling environment.
Typical applications of Easy5 include control systems, hydraulics
(including thermal effects), pneumatics, gaseous flow, thermal,
electrical, mechanical, refrigeration, environment control,
lubrication or fuel systems, and sampled-data/discrete-time behavior
代码 ? ? ?
? 苘哌卟? 氨策 ? ? + + ? M A G ? N i ?T U D E + + ?
? 鞍北 薏 脖 安甙? ? 苘懿苘苘 鞍 鞍
?鞍安卑? 安? 薇? 陛 鞍 ?卑 懿哌 安? 鞍 苘 ? 卑?
曹 咣馨? 鞍猖? 安 氨? 卑 脖苓 ? ? 鞍? 弑? ?鞍辈?
哕曹 卟曹荥 ? 哌脖? 安?膊? ? ? 鞍草 鞍?? 鞍北膊?
哕曹 懿? 鼙膊膊哌? ?北?哌膊?膊? 懿 氨槽 卑鞍鞍鞍北北辈?
曹 咣鄄弑败鄄安圹? 鼙脖苘 懿 槽蒈北曹 捋? 氨槽苘 卟北辈膊膊膊?
薏曹 ? 安鄄?捋圹膊苘 懿膊甙 捋圮 ?槽圻膊策 槽? 鞍辈哌膊苘 哌哌哌?
薏圹圮 安圹? 圹鄄捋鄄卟槽?氨?膊圹?圹鄄苘圹圹圹鄄策 鞍卑 咣圹?薏槽鄄卑?
捋鄄卟曹圹槽?捋鄄稗圹蒉圹? 膊?槽?卟圹郾圹馨槽鄄苒? 苘氨脖 薏圹?卟圯
捋鄄 卟?膊?圹脖 捋鄄槽? 鄄?圹草 捋圹佰鄄 臂圹鄄 捋郯膊? 佰圹曹苘圹?
捋鄄 膊脖膊策卟槽膊鄄 圹?圹草 圹?圹?佰圹鄄 槽蒉膊 捋圹蒇圹? ?
捋鄄 薏辈膊弑 懿圹厕鄄? 圹?圹草 槽圯圹?佰坜膊? 薏槽圹?安圹圹圹? 鞍
捋鄄 懿北脖?? 卟曹咣圮苒鄄苒膊? 辈圹膊?臂?卟曹懿膊槽?懿圹圻槽圹? 氨
捋鄄? 哌甙北 哌? 哌膊圯哌? 安膊辈?膊?? 哌哌氨曹膊哌 哌膊圹 鞍?
捋膊卑 鞍 ? 苘苒圹圹苘苘 卟圯 ? 氨?卑苓 懿? 懿策? 卟脖鞍辈
薏脖北? 懿圹膊策哌哌哌卟圮圹 鞍北? ? 苓卑 ? 北氨辈
薏北卑 ?鞍辈槽? 哌曹 氨辈脖鞍 ? 安?? ? 鞍辈?
薇卑 膊 ++S! ++b5! ++Ix 苓氨辈膊圻 氨? ? 鞍卑辈卑卑鞍 氨辈?
薇? 鞍 哕 掭 哌哌? 氨? ? 氨膊圯
卑 氨? ? ? 苓 ? 鞍 ? ? 鼙槽圻
? 氨脖?? ? ? ? 鞍膊膊? ?
? ?卟? ? 鞍卑氨北? 懿
? EASY5 V2010 鄄?
? c MSC 鄄?
? ? 脖
? SUPPLIER... Team MAGNITUDE 2010 DATE...... 17/05/2010 卑
? 鞍
? CRACKER.... Team MAGNITUDE 2010 SIZE...... 1 DISK 氨
? ?
舶 PACKAGER... Team MAGNITUDE 2010 PROTECTION License 安
脖? 北?
圻曹? 苓哕 苓哕 ? 苓哕 苓哕 苓? 苓哕 ?圻哕 苓? 苓哕 苘策?
哌哌哌?哌?策哕 策哌 曹 策哌 策咣 哌卟 策哌 哌??? ?策哌 曹苓 哌?哌哌哌?
鄄哌 ? ? ? ? ? ? ? ? ?哌槽
? ? 鞍鞍 鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍?鞍鞍 ? ?
? ?
? ?
? Engineering aircraft, vehicles, agricultural equipment, and other ?
? complex systems requires a systems-engineering approach in which not ?
? only the components and subsystems but the entire system as a whole is ?
? tested. Traditional build and test methodologies are time-consuming ?
? and expensive; and now more than ever, every industry is challenged to ?
? meet the conflicting requirements of increasing innovation while ?
? reducing cost and time to market. ?
? ?
? Easy5 provides accurate, reliable multi-domain modeling and simulation ?
? of dynamic physical systems. Using Easy5, some of the most respected ?
? companies in the world are evaluating system level performance with ?
? CAE to reduce physical prototypes, cut cost, and accelerate their ?
? product development process. ?
? ?
? Dynamic systems, those systems whose behavior as a function of time is ?
? important, are typically defined using first-order differential or ?
? difference equations. Easy5 simplifies the construction and analysis ?
? of such systems by means of a graphical, schematic-based application, ?
? offering a comprehensive set of pre-packaged components , stored in ?
? application-specific libraries, to simplify the assembly and ?
? simulation of such systems. Systems engineers work within a familiar ?
? schematic drawing environment to add and specify simple, yet complex, ?
? connections between components in an intuitive, simple-to-use, ?
? multi-level hierarchical modeling environment. ?
? ?
? Typical applications of Easy5 include control systems, hydraulics ?
? including thermal effects , pneumatics, gaseous flow, thermal, ?
? electrical, mechanical, refrigeration, environment control, ?
? lubrication or fuel systems, and sampled-data/discrete-time behavior. ?
? ?
? http //www.mscsoftware.com/Products/CAE-Tools/Easy5.aspx ?
鞍 鞍
卑 氨
脖? 氨?
鄄脖苘 苘辈槽
苘苘苘?苘苘苘 ?圻哕 苓? 策哕 苓哕 ? ? ?圻哕 苓? 苓哕 苘苘苘 苘苘苘?
圮策? ?? ?哌卟 ?策咣 哕?哕? ?? ?策哌 曹苓 哌曹?
脖? ? 氨?
舶 ? 鞍鞍 鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍?鞍鞍 ? 安
? ?
? 1. Unpack Install ?
? 2. Read .txt from /MAGNiTUDE dir ?
? 3. Enjoy! ?
? ?
? 圻哕 苓哕 策哕 苓哕 苓? ?
?? 鞍鞍?鞍鞍鞍鞍鞍鞍鞍北辈 ?曹苓 ?策哌 哌卟北卑鞍鞍鞍鞍鞍鞍 鞍鞍? ??
? ?
? Magnitude, a measure of the brightness of a star - the Ancient Greek ?
? astronomers divided the stars into six magnitudes. First-magnitude ?
? stars were the brightest, and sixth-magnitude stars were the ?
? faintest. This system has been kept in modern times, when the new era ?
? of MAGNiTUDE has started. ?
? ?
? If you feel like you have the power to face first-magnitude stars ?
? contact us at ?
? team.magnitude@gmail.com ?
? ?
? ? ?
? 氨膊鄄鞍 ? ?
? 苘圹? 薏槽圯 ?
? 捋圹圹? 槽圹圮 氨
舶 膊圹圹? 薏圹圹圮? 氨?
脖? 槽圹圹圹圮苒圹咣圹圹圹苘? 鞍辈?
鄄卑 圹圹?哌圹圹膊 哌卟膊圹圹圹圹圹圮苘苘苘苘苘苘苘苘苘苘苘苘苘苘苘苘懿膊膊?
苘苘 圹圹?曹苘 哌?膊曹苘?哌哌哌膊膊膊膊膊膊曹苘苘苘苘苘苘苘苘苘苘苘 ?
圹鄄?
?鞍 鄄膊?Ascii by the Dynamic Trio S!, b5! and Ix - c SAC 2005 鞍鞍鞍鞍??
膊北?
北卑
鞍 ?
_____.
._________.____ ___.__ / __/__ _____._________.
._________. / / / / / / .__/_______.
.________. / _ _/ ._//_______.
________. nYx .___. ____/___/.|______|/____/____ .__. Scripts .________//
nYx GreyLine FTPd Scripts
引用
_ _ _
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_____ _____ ΖΖ?____ ΖΖ
ΖΖ? ΖΖ? ΖΖ ΖΖ ΖΖ
Ζ? ΖΖ ΖΖ ΖΖ ΖΖ?
ΖΖ ΖΖΖΖ ΖΖΖΖ? ΖΖ?
破破 ΖΖ Ζ?ΖΖ 破破?_Ζζ mg
?破破ΖΖΖ 破 Ζζ ?破破破
?破破破? 破ζ ?破 破破破破破破破??
:: LEGENDS NEVER DiE
Install MSC.Flexlm, use MSC_Calc.exe to get
your license, and point to it when asked for.
http://www.mscsoftware.com/Products/CAE-Tools/Easy5.aspx
MSC Easy5是一套面向控制系统和多学科动态系统的仿真软件，用于在产品的概念和系统级设计阶段快速地建立完整、可靠的功能虚拟样机。
MSC Easy5诞生于波音公司，是由各学科领域富有经验的工程师和数值计算专家根据实际的工程问题和需求合作开发的，经过近30年的不断积累和大量工程问题的检验，发展成为独一无二的控制与多学科动态系统仿真分析工具，可谓波音公司工程仿真经验的结晶，被广泛应用于航空航天、国防、汽车、工程设备、重型机械等工业领域。借助MSC Easy5强大的专业应用库、精确的模型元件、性能卓越的求解器和丰富的分析手段，可以建立控制及多种学科领域的动态系统模型，进行有效的仿真评价，帮助用户对各类系统进行参数选定、功能评价、响应分析或控制逻辑设计，从而减少物理样机试制的风险。
MSC Easy5兼具完全的图形化建模环境、强大的仿真和分析能力、连接其它多种工程软、硬件的开放结构，可以对各种由微分、差分和代数方程描述的动态系统进行仿真。MSC Easy5的独到之处在于：其一，强大的控制系统仿真分析能力，可以建立各种复杂的控制系统模型，包含稳态分析、线性系统分析、频域响应、根轨迹分析等完整的控制系统分析类型；其二，多学科专业应用库，借助专业应用库中的预定义模型元件，向用户提供独一无二的建立系统级模型和研究多学科系统耦合问题的能力；其三，卓越的代码生成和求解器，可以由图形化系统模型自动生成相应的FORTRAN或C源代码，这些代码可以通过编译生成可执行程序，并可被用户调用；其四，高效的高级建模和二次开发功能，方便用户创建用户化模型元件，并可调用外部FORTRAN或C子程序；其五，与其它CAE软件良好的集成能力，可以将不同CAE软件所建立的模型集成到MSC Easy5中建立完整的虚拟样机，是真正的协同仿真平台。
Engineering aircraft, vehicles, agricultural equipment, and other
complex systems requires a systems-engineering approach in which not
only the components and subsystems but the entire system as a whole is
tested. Traditional build and test methodologies are time-consuming
and expensive; and now more than ever, every industry is challenged to
meet the conflicting requirements of increasing innovation while
reducing cost and time to market.
Easy5 provides accurate, reliable multi-domain modeling and simulation
of dynamic physical systems. Using Easy5, some of the most respected
companies in the world are evaluating system level performance with
CAE to reduce physical prototypes, cut cost, and accelerate their
product development process.
Dynamic systems, those systems whose behavior as a function of time is
important, are typically defined using first-order differential (or
difference) equations. Easy5 simplifies the construction and analysis
of such systems by means of a graphical, schematic-based application,
offering a comprehensive set of pre-packaged components , stored in
application-specific libraries, to simplify the assembly and
simulation of such systems. Systems engineers work within a familiar
schematic drawing environment to add and specify simple, yet complex,
connections between components in an intuitive, simple-to-use,
multi-level hierarchical modeling environment.
Typical applications of Easy5 include control systems, hydraulics
(including thermal effects), pneumatics, gaseous flow, thermal,
electrical, mechanical, refrigeration, environment control,
lubrication or fuel systems, and sampled-data/discrete-time behavior
代码 ? ? ?
? 苘哌卟? 氨策 ? ? + + ? M A G ? N i ?T U D E + + ?
? 鞍北 薏 脖 安甙? ? 苘懿苘苘 鞍 鞍
?鞍安卑? 安? 薇? 陛 鞍 ?卑 懿哌 安? 鞍 苘 ? 卑?
曹 咣馨? 鞍猖? 安 氨? 卑 脖苓 ? ? 鞍? 弑? ?鞍辈?
哕曹 卟曹荥 ? 哌脖? 安?膊? ? ? 鞍草 鞍?? 鞍北膊?
哕曹 懿? 鼙膊膊哌? ?北?哌膊?膊? 懿 氨槽 卑鞍鞍鞍北北辈?
曹 咣鄄弑败鄄安圹? 鼙脖苘 懿 槽蒈北曹 捋? 氨槽苘 卟北辈膊膊膊?
薏曹 ? 安鄄?捋圹膊苘 懿膊甙 捋圮 ?槽圻膊策 槽? 鞍辈哌膊苘 哌哌哌?
薏圹圮 安圹? 圹鄄捋鄄卟槽?氨?膊圹?圹鄄苘圹圹圹鄄策 鞍卑 咣圹?薏槽鄄卑?
捋鄄卟曹圹槽?捋鄄稗圹蒉圹? 膊?槽?卟圹郾圹馨槽鄄苒? 苘氨脖 薏圹?卟圯
捋鄄 卟?膊?圹脖 捋鄄槽? 鄄?圹草 捋圹佰鄄 臂圹鄄 捋郯膊? 佰圹曹苘圹?
捋鄄 膊脖膊策卟槽膊鄄 圹?圹草 圹?圹?佰圹鄄 槽蒉膊 捋圹蒇圹? ?
捋鄄 薏辈膊弑 懿圹厕鄄? 圹?圹草 槽圯圹?佰坜膊? 薏槽圹?安圹圹圹? 鞍
捋鄄 懿北脖?? 卟曹咣圮苒鄄苒膊? 辈圹膊?臂?卟曹懿膊槽?懿圹圻槽圹? 氨
捋鄄? 哌甙北 哌? 哌膊圯哌? 安膊辈?膊?? 哌哌氨曹膊哌 哌膊圹 鞍?
捋膊卑 鞍 ? 苘苒圹圹苘苘 卟圯 ? 氨?卑苓 懿? 懿策? 卟脖鞍辈
薏脖北? 懿圹膊策哌哌哌卟圮圹 鞍北? ? 苓卑 ? 北氨辈
薏北卑 ?鞍辈槽? 哌曹 氨辈脖鞍 ? 安?? ? 鞍辈?
薇卑 膊 ++S! ++b5! ++Ix 苓氨辈膊圻 氨? ? 鞍卑辈卑卑鞍 氨辈?
薇? 鞍 哕 掭 哌哌? 氨? ? 氨膊圯
卑 氨? ? ? 苓 ? 鞍 ? ? 鼙槽圻
? 氨脖?? ? ? ? 鞍膊膊? ?
? ?卟? ? 鞍卑氨北? 懿
? EASY5 V2010 鄄?
? c MSC 鄄?
? ? 脖
? SUPPLIER... Team MAGNITUDE 2010 DATE...... 17/05/2010 卑
? 鞍
? CRACKER.... Team MAGNITUDE 2010 SIZE...... 1 DISK 氨
? ?
舶 PACKAGER... Team MAGNITUDE 2010 PROTECTION License 安
脖? 北?
圻曹? 苓哕 苓哕 ? 苓哕 苓哕 苓? 苓哕 ?圻哕 苓? 苓哕 苘策?
哌哌哌?哌?策哕 策哌 曹 策哌 策咣 哌卟 策哌 哌??? ?策哌 曹苓 哌?哌哌哌?
鄄哌 ? ? ? ? ? ? ? ? ?哌槽
? ? 鞍鞍 鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍?鞍鞍 ? ?
? ?
? ?
? Engineering aircraft, vehicles, agricultural equipment, and other ?
? complex systems requires a systems-engineering approach in which not ?
? only the components and subsystems but the entire system as a whole is ?
? tested. Traditional build and test methodologies are time-consuming ?
? and expensive; and now more than ever, every industry is challenged to ?
? meet the conflicting requirements of increasing innovation while ?
? reducing cost and time to market. ?
? ?
? Easy5 provides accurate, reliable multi-domain modeling and simulation ?
? of dynamic physical systems. Using Easy5, some of the most respected ?
? companies in the world are evaluating system level performance with ?
? CAE to reduce physical prototypes, cut cost, and accelerate their ?
? product development process. ?
? ?
? Dynamic systems, those systems whose behavior as a function of time is ?
? important, are typically defined using first-order differential or ?
? difference equations. Easy5 simplifies the construction and analysis ?
? of such systems by means of a graphical, schematic-based application, ?
? offering a comprehensive set of pre-packaged components , stored in ?
? application-specific libraries, to simplify the assembly and ?
? simulation of such systems. Systems engineers work within a familiar ?
? schematic drawing environment to add and specify simple, yet complex, ?
? connections between components in an intuitive, simple-to-use, ?
? multi-level hierarchical modeling environment. ?
? ?
? Typical applications of Easy5 include control systems, hydraulics ?
? including thermal effects , pneumatics, gaseous flow, thermal, ?
? electrical, mechanical, refrigeration, environment control, ?
? lubrication or fuel systems, and sampled-data/discrete-time behavior. ?
? ?
? http //www.mscsoftware.com/Products/CAE-Tools/Easy5.aspx ?
鞍 鞍
卑 氨
脖? 氨?
鄄脖苘 苘辈槽
苘苘苘?苘苘苘 ?圻哕 苓? 策哕 苓哕 ? ? ?圻哕 苓? 苓哕 苘苘苘 苘苘苘?
圮策? ?? ?哌卟 ?策咣 哕?哕? ?? ?策哌 曹苓 哌曹?
脖? ? 氨?
舶 ? 鞍鞍 鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍鞍?鞍鞍 ? 安
? ?
? 1. Unpack Install ?
? 2. Read .txt from /MAGNiTUDE dir ?
? 3. Enjoy! ?
? ?
? 圻哕 苓哕 策哕 苓哕 苓? ?
?? 鞍鞍?鞍鞍鞍鞍鞍鞍鞍北辈 ?曹苓 ?策哌 哌卟北卑鞍鞍鞍鞍鞍鞍 鞍鞍? ??
? ?
? Magnitude, a measure of the brightness of a star - the Ancient Greek ?
? astronomers divided the stars into six magnitudes. First-magnitude ?
? stars were the brightest, and sixth-magnitude stars were the ?
? faintest. This system has been kept in modern times, when the new era ?
? of MAGNiTUDE has started. ?
? ?
? If you feel like you have the power to face first-magnitude stars ?
? contact us at ?
? team.magnitude@gmail.com ?
? ?
? ? ?
? 氨膊鄄鞍 ? ?
? 苘圹? 薏槽圯 ?
? 捋圹圹? 槽圹圮 氨
舶 膊圹圹? 薏圹圹圮? 氨?
脖? 槽圹圹圹圮苒圹咣圹圹圹苘? 鞍辈?
鄄卑 圹圹?哌圹圹膊 哌卟膊圹圹圹圹圹圮苘苘苘苘苘苘苘苘苘苘苘苘苘苘苘苘懿膊膊?
苘苘 圹圹?曹苘 哌?膊曹苘?哌哌哌膊膊膊膊膊膊曹苘苘苘苘苘苘苘苘苘苘苘 ?
圹鄄?
?鞍 鄄膊?Ascii by the Dynamic Trio S!, b5! and Ix - c SAC 2005 鞍鞍鞍鞍??
膊北?
北卑
鞍 ?
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._________.____ ___.__ / __/__ _____._________.
._________. / / / / / / .__/_______.
.________. / _ _/ ._//_______.
________. nYx .___. ____/___/.|______|/____/____ .__. Scripts .________//
nYx GreyLine FTPd Scripts
引用
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ΖΖ? ΖΖ? ΖΖ ΖΖ ΖΖ
Ζ? ΖΖ ΖΖ ΖΖ ΖΖ?
ΖΖ ΖΖΖΖ ΖΖΖΖ? ΖΖ?
破破 ΖΖ Ζ?ΖΖ 破破?_Ζζ mg
?破破ΖΖΖ 破 Ζζ ?破破破
?破破破? 破ζ ?破 破破破破破破破??
:: LEGENDS NEVER DiE
Install MSC.Flexlm, use MSC_Calc.exe to get
your license, and point to it when asked for.