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msc.software presents adams gear advanced technology, solution for transmission analysis
the solution allows engineers to use a single dynamic simulation tool for the entire transmission design processsanta ana, ca -- (marketwire – 26 January 2011) - msc.software, the leading company in the supply of multidisciplinary solutions that accelerate product innovation, announced today the release of adams gear advanced technology. this new toolkit is a plug-in md adams, the world leader program for multibody dynamics of msc.software. the customised environment for gear simulation allows engineers to use a single scalable tool for dynamic simulation of:
• the complete process of designing transmission systems;
• simulation and relative optimization of systems with gears and bearings
high performance transmissions are used in every industrial segment, including mechanical, automotive, aerospace and medical products, wind turbines and consumer products. In all these cases, broadcasts must meet the same requirements: lightness, silence, absence from vibrations, high duration under extreme operating conditions – and ever shorter development times.
traditional transmission design procedures often rely on static studies. It is known that this approach of design alone is not enough to meet the requirements of modern virtual prototyping. decoupling system dynamics from transmission dynamics leads to potential design risks, which most likely lead to higher development costs and longer development times. For this reason, the accurate prediction of system dynamics is a common prerequisite for a robust system-wide engineering process and reliable component size.
adams gear advanced technology is a dynamic solution based on md adams. the combination of md adams and specific transmission methodologies included in this plug-in allows development teams to use both design approaches: static and dynamic. the same model used for static analysis during the entire design process can be used for performing dynamic transmission analysis and/or for modeling the complete system. Moreover, it is possible to investigate complex dynamic effects such as gear swings.
the designer can then realize the design that leads to the best transmission system, receiving simultaneously all relevant information related to movements, deformations and stress in gears and bearings. this is made possible by the fact that the model consists of flexible components that interact with each other. thanks to the scalability of adams gear advanced technology, the user can easily simplify any component so as to speed up the simulation and possibly evaluate the impact of control systems.
the plug-in adams gear advanced technology is available today and supports:
• normal, helical, internal and external gears;
• a contact algorithm between high resolution gears able to calculate the distributed contact according to the tooth shape (direct or helical), the applied microcorrections, the distance between the wheels and the disalignments between the different flexible components that interact with each other;
• a wide range of output and animation data corresponding to industrial standards assist the user in assessing transmission design.
msc.softwaremsc.software (nasdaq: mscs) is the global leader of multidisciplinary simulation software, used by companies to increase their profitability, saving time and costs related to the design and testing of their products. msc.software collaborates with thousands of companies active in hundreds of industrial sectors, allowing the development of better products in less time through the use of information technology, software and services. msc.software is a global company with offices in 20 different countries. for more information on the products and services offered by msc.software, visit the website www.mscsoftware.com.
the company brand msc.software, adams, dytran, easy5, laminate modeler, marc, md adams, md nastran, md patran, msc software, msc masterkey, msc nastran, mvision, patran, simdesigner, simperse, simmanager, simtemplate, sim nastran is a registered trademark of nasa. all other trademarks belong to their respective owners.press contact
max montenegro - country manager[email protected]
the solution allows engineers to use a single dynamic simulation tool for the entire transmission design processsanta ana, ca -- (marketwire – 26 January 2011) - msc.software, the leading company in the supply of multidisciplinary solutions that accelerate product innovation, announced today the release of adams gear advanced technology. this new toolkit is a plug-in md adams, the world leader program for multibody dynamics of msc.software. the customised environment for gear simulation allows engineers to use a single scalable tool for dynamic simulation of:
• the complete process of designing transmission systems;
• simulation and relative optimization of systems with gears and bearings
traditional transmission design procedures often rely on static studies. It is known that this approach of design alone is not enough to meet the requirements of modern virtual prototyping. decoupling system dynamics from transmission dynamics leads to potential design risks, which most likely lead to higher development costs and longer development times. For this reason, the accurate prediction of system dynamics is a common prerequisite for a robust system-wide engineering process and reliable component size.
adams gear advanced technology is a dynamic solution based on md adams. the combination of md adams and specific transmission methodologies included in this plug-in allows development teams to use both design approaches: static and dynamic. the same model used for static analysis during the entire design process can be used for performing dynamic transmission analysis and/or for modeling the complete system. Moreover, it is possible to investigate complex dynamic effects such as gear swings.
the designer can then realize the design that leads to the best transmission system, receiving simultaneously all relevant information related to movements, deformations and stress in gears and bearings. this is made possible by the fact that the model consists of flexible components that interact with each other. thanks to the scalability of adams gear advanced technology, the user can easily simplify any component so as to speed up the simulation and possibly evaluate the impact of control systems.
the plug-in adams gear advanced technology is available today and supports:
• normal, helical, internal and external gears;
• a contact algorithm between high resolution gears able to calculate the distributed contact according to the tooth shape (direct or helical), the applied microcorrections, the distance between the wheels and the disalignments between the different flexible components that interact with each other;
• a wide range of output and animation data corresponding to industrial standards assist the user in assessing transmission design.
msc.softwaremsc.software (nasdaq: mscs) is the global leader of multidisciplinary simulation software, used by companies to increase their profitability, saving time and costs related to the design and testing of their products. msc.software collaborates with thousands of companies active in hundreds of industrial sectors, allowing the development of better products in less time through the use of information technology, software and services. msc.software is a global company with offices in 20 different countries. for more information on the products and services offered by msc.software, visit the website www.mscsoftware.com.
the company brand msc.software, adams, dytran, easy5, laminate modeler, marc, md adams, md nastran, md patran, msc software, msc masterkey, msc nastran, mvision, patran, simdesigner, simperse, simmanager, simtemplate, sim nastran is a registered trademark of nasa. all other trademarks belong to their respective owners.press contact
max montenegro - country manager[email protected]