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This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability.
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L'autore
Master of Science, Mechanical Engineering, Clemson University, Clemson, SC, USA. Specialization: Design Methodologies, Conceptual Design and Optimization, CAD. Currently working as a Product Development Engineer at Systron Donner Automotive, a Schneider Electric Company. Research interests: Requirements driven design, Automotive electronics.
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Modeling Requirements Propagation: A Method to Generate Solutions to Reduce Mass
Editore:
VDM Verlag Dr. Müller, 2008
ISBN 10: 3836493683
ISBN 13: 9783836493680
Antico o usato
Taschenbuch
Da: Versandbuchhandlung Kisch & Co., Fürstenberg OT Blumenow, Germania
Valutazione del venditore 5 su 5 stelle
Taschenbuch. Condizione: Sehr gut. Gebraucht - Sehr gut - Ungelesen, vollständig, sehr guter Zustand, leichte Lagerspuren, Mängelexemplar -This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability.This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability. 172 pp. Englisch. Codice articolo INF1100179826
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Spedito da Germania a U.S.A.
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Immagini fornite dal venditore
Modeling Requirements Propagation: A Method to Generate Solutions to Reduce Mass
Editore:
VDM Verlag Dr. Müller, 2008
ISBN 10: 3836493683
ISBN 13: 9783836493680
Antico o usato
Taschenbuch
Da: Che & Chandler Versandbuchhandlung, Fürstenberg OT Blumenow, Germania
Valutazione del venditore 5 su 5 stelle
Taschenbuch. Condizione: Sehr gut. Gebraucht - Sehr gut - Ungelesen, vollständig, sehr guter Zustand, leichte Lagerspuren, Mängelexemplar -This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability.This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability. 172 pp. Englisch. Codice articolo INF1100179826
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Spedito da Germania a U.S.A.
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Modeling Requirements Propagation : A Method to Generate Solutions to Reduce Mass
Editore:
VDM Verlag Dr. Müller, VDM Verlag Dr. Müller E.K., 2008
ISBN 10: 3836493683
ISBN 13: 9783836493680
Nuovo
Taschenbuch
Da: AHA-BUCH GmbH, Einbeck, Germania
Valutazione del venditore 5 su 5 stelle
Taschenbuch. Condizione: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system. The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability.; This work investigates the issue of weight reduction in moderately complex systems by addressing how to cascade the requirements to the individual components. Though mass can be reduced using different techniques such as material substitution or structural optimization; a systematic method is necessary to provide novel alternate solutions that enable reduction of mass of the system while satisfying the requirements and tests governing them. Such a method has been developed by exploring different aspects of achieving weight reduction through change propagation in the parameters/elements governing the system.The systematic method to generate solutions for mass reduction presented in this work includes generation of solutions at an assembly level and component level of the system by eliminating non-functional requirements, merging functions, finding alternate working principles and their embodiment that satisfy the functionalities, requirements and tests imposed on that system. A case study is conducted on the BMW Z4 cooling system. A visualization tool and accompanying algorithms have been developed to facilitate change propagation and traceability. Codice articolo 9783836493680
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