The Experts below are selected from a list of 62742 Experts worldwide ranked by ideXlab platform
Rachel Zuanon - One of the best experts on this subject based on the ideXlab platform.
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HCI (16) - Cooperation Between Design and Neuroscience: Contributions to Current Project Methodologies Applied to Automotive Design
Lecture Notes in Computer Science, 2019Co-Authors: Carolina Vieira Liberatti Rosa, Rachel ZuanonAbstract:Currently, the project methodologies applied to Automotive Design indicate measurement limitations of car users’ emotional responses, specifically in terms of correlating such responses to product project parameters. The purpose of this article lies in the mapping and elucidation of the neurophysiological data measurement techniques adopted by Automotive Design research, developed between the years 2000 and 2017, in order to identify relevancies to project development in this field. The main outcomes achieved in each investigation are discussed, as well as the main obstacles to the advancement of studies of this nature. Moreover, it reflects on the importance of Automotive Design and Neuroscience cooperation in the analysis and evaluation of products, mostly in regards to understanding the perceptive, cognitive and behavioral processes of human beings in this context; the obtention of relevant subsidies for the project parameter definition aligned to requirements of the human organism, addressing his well-being and quality of life.
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Cooperation Between Design and Neuroscience: Contributions to Current Project Methodologies Applied to Automotive Design
Digital Human Modeling and Applications in Health Safety Ergonomics and Risk Management. Human Body and Motion, 2019Co-Authors: Carolina Vieira Liberatti Rosa, Rachel ZuanonAbstract:Currently, the project methodologies applied to Automotive Design indicate measurement limitations of car users’ emotional responses, specifically in terms of correlating such responses to product project parameters. The purpose of this article lies in the mapping and elucidation of the neurophysiological data measurement techniques adopted by Automotive Design research, developed between the years 2000 and 2017, in order to identify relevancies to project development in this field. The main outcomes achieved in each investigation are discussed, as well as the main obstacles to the advancement of studies of this nature. Moreover, it reflects on the importance of Automotive Design and Neuroscience cooperation in the analysis and evaluation of products, mostly in regards to understanding the perceptive, cognitive and behavioral processes of human beings in this context; the obtention of relevant subsidies for the project parameter definition aligned to requirements of the human organism, addressing his well-being and quality of life.
Richard M. Lueptow - One of the best experts on this subject based on the ideXlab platform.
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Student Participation, Faculty Involvement, and Costs in the NGV Challenge — A Large‐Scale Automotive Design Project
Journal of Engineering Education, 1994Co-Authors: Richard M. LueptowAbstract:Large-scale Automotive Design projects offer an outstanding opportunity for students to obtain practical experience in engineering Design. This paper reports a survey of faculty advisors for student teams participating in the Natural Gas Vehicle Challenge. About fifteen students were typically involved in the project at each university participating in the competition. Five or six were typically “key” to the project. Usually faculty advisors had a research interest in Automotive engineering or alternate fuels, and they often incorporated the project into a Design course. Although the funding level for such a Design project varied substantially, the typical funding level was about $25,000, most of which came from local sponsors. Faculty advisors often commented on the educational value of the project and their satisfaction in working closely with students.
Carolina Vieira Liberatti Rosa - One of the best experts on this subject based on the ideXlab platform.
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HCI (16) - Cooperation Between Design and Neuroscience: Contributions to Current Project Methodologies Applied to Automotive Design
Lecture Notes in Computer Science, 2019Co-Authors: Carolina Vieira Liberatti Rosa, Rachel ZuanonAbstract:Currently, the project methodologies applied to Automotive Design indicate measurement limitations of car users’ emotional responses, specifically in terms of correlating such responses to product project parameters. The purpose of this article lies in the mapping and elucidation of the neurophysiological data measurement techniques adopted by Automotive Design research, developed between the years 2000 and 2017, in order to identify relevancies to project development in this field. The main outcomes achieved in each investigation are discussed, as well as the main obstacles to the advancement of studies of this nature. Moreover, it reflects on the importance of Automotive Design and Neuroscience cooperation in the analysis and evaluation of products, mostly in regards to understanding the perceptive, cognitive and behavioral processes of human beings in this context; the obtention of relevant subsidies for the project parameter definition aligned to requirements of the human organism, addressing his well-being and quality of life.
Francesco Leali - One of the best experts on this subject based on the ideXlab platform.
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Automotive Design Engineering: Material and Processes Selection Problems
Design Tools and Methods in Industrial Engineering, 2020Co-Authors: Cristina Renzi, Luca D'angelo, Francesco LealiAbstract:Multicrieria Decision-making methods (MCDM) are efficiently used as a support to engineering Design, even if tested procedures and experience-based approaches are often preferred in SMEs and several industrial contexts. An extended critical review investigates how decision-making methods can help solving engineering Design problems in Automotive Design. In particular, in this work, a classification of decision-making methods related to engineering Design, is proposed, in which decisional techniques are matched with the Design phases, and to corresponding Automotive industry Design problems. In literature a large amount of paper is dedicated to the selection of materials and manufacturing processes in the detail Design phase. Also, hybrid methods, namely a combination of decision-making methods with other mathematical methods will be investigated to overcome some methodological drawbacks in MCDM methods. Due to the high impact of the problem in both industrial and research field, this work could help increasing production rate by reducing reDesign errors related to material/processes selection problems, and concurrently transferring the knowledge of decision-making methods within the industrial context.
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Automotive Design Engineering: Material and Processes Selection Problems
Lecture Notes in Mechanical Engineering, 2019Co-Authors: Cristina Renzi, Luca D'angelo, Francesco LealiAbstract:Multicrieria Decision-making methods (MCDM) are efficiently used as a support to engineering Design, even if tested procedures and experience-based approaches are often preferred in SMEs and several industrial contexts.
Wei Peng - One of the best experts on this subject based on the ideXlab platform.
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The applied research of sludge materials in the Automotive Design
2009 IEEE 10th International Conference on Computer-Aided Industrial Design & Conceptual Design, 2009Co-Authors: Wei PengAbstract:Automotive Design for Automotive products enhance market competitiveness play an important role' in the entire Automotive product development process occupies an important position. For automobile body Design, although it is now a virtual computer technology development is very fast, but it can give a true visual and tactile, only is a physical model, and its easy to modify sludge material, molding the advantages of sludge model car has been at the forefront Body Styling irreplaceable position. Article describes the history of development of sludge model, characteristics and its production process. Through the body Design of traditional and modern body Design flow flow comparison, analysis of the sludge model in the importance of body Design, and with computer-aided Design tools in Body Design, Clay model of the status quo and development trends.
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Application Analysis of Sludge Materials in the Automotive Design
Packaging Engineering, 2009Co-Authors: Wei PengAbstract:It introduces the history of the development,characteristics and production process of sludge model,as well as the comparison between traditional body Design process and modern vehicle Design process.The sludge material model is very important in the vehicle Design and the future development of trend analysis.
