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Interdisciplinary Approach of the Design Process for the Application of New Materials in Wheelchair Design

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Author
Chacon-Cifuentes P.
Zuleta-Gil A.
Cadavid G.S.
Valencia-Escobar A.
Correa-Bedoya E.
Echeverria-Echeverria F.

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TY - GEN T1 - Interdisciplinary Approach of the Design Process for the Application of New Materials in Wheelchair Design AU - Chacon-Cifuentes P. AU - Zuleta-Gil A. AU - Cadavid G.S. AU - Valencia-Escobar A. AU - Correa-Bedoya E. AU - Echeverria-Echeverria F. UR - http://hdl.handle.net/11407/5970 PB - Springer Verlag AB - The appropriation of new technology requires the design and development of products that are accepted by the market. Developing such products is a complex task that usually requires the integration of knowledge from multiple disciplines. In the field of new materials, developments that can be applied to assistive technology are constantly made. This work studies the collaboration between users and professionals from industrial design, engineering, human factors, and disability for the design of an all-terrain wheelchair. This product incorporates the use of magnesium alloys, a material with an excellent strength-to-weight ratio and good damping properties. With a human-centered design approach, tools such as interviews, focus groups, prototyping, and testing were used in several stages of the process. It allowed achieving a design that takes advantage of the properties of the new material and, at the same time, meets the mobility, stability and comfort requirements of the users. © 2020, Springer Nature Switzerland AG. ER - @misc{11407_5970, author = {Chacon-Cifuentes P. and Zuleta-Gil A. and Cadavid G.S. and Valencia-Escobar A. and Correa-Bedoya E. and Echeverria-Echeverria F.}, title = {Interdisciplinary Approach of the Design Process for the Application of New Materials in Wheelchair Design}, year = {}, abstract = {The appropriation of new technology requires the design and development of products that are accepted by the market. Developing such products is a complex task that usually requires the integration of knowledge from multiple disciplines. In the field of new materials, developments that can be applied to assistive technology are constantly made. This work studies the collaboration between users and professionals from industrial design, engineering, human factors, and disability for the design of an all-terrain wheelchair. This product incorporates the use of magnesium alloys, a material with an excellent strength-to-weight ratio and good damping properties. With a human-centered design approach, tools such as interviews, focus groups, prototyping, and testing were used in several stages of the process. It allowed achieving a design that takes advantage of the properties of the new material and, at the same time, meets the mobility, stability and comfort requirements of the users. © 2020, Springer Nature Switzerland AG.}, url = {http://hdl.handle.net/11407/5970} }RT Generic T1 Interdisciplinary Approach of the Design Process for the Application of New Materials in Wheelchair Design A1 Chacon-Cifuentes P. A1 Zuleta-Gil A. A1 Cadavid G.S. A1 Valencia-Escobar A. A1 Correa-Bedoya E. A1 Echeverria-Echeverria F. LK http://hdl.handle.net/11407/5970 PB Springer Verlag AB The appropriation of new technology requires the design and development of products that are accepted by the market. Developing such products is a complex task that usually requires the integration of knowledge from multiple disciplines. In the field of new materials, developments that can be applied to assistive technology are constantly made. This work studies the collaboration between users and professionals from industrial design, engineering, human factors, and disability for the design of an all-terrain wheelchair. This product incorporates the use of magnesium alloys, a material with an excellent strength-to-weight ratio and good damping properties. With a human-centered design approach, tools such as interviews, focus groups, prototyping, and testing were used in several stages of the process. It allowed achieving a design that takes advantage of the properties of the new material and, at the same time, meets the mobility, stability and comfort requirements of the users. © 2020, Springer Nature Switzerland AG. OL Spanish (121)
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Abstract
The appropriation of new technology requires the design and development of products that are accepted by the market. Developing such products is a complex task that usually requires the integration of knowledge from multiple disciplines. In the field of new materials, developments that can be applied to assistive technology are constantly made. This work studies the collaboration between users and professionals from industrial design, engineering, human factors, and disability for the design of an all-terrain wheelchair. This product incorporates the use of magnesium alloys, a material with an excellent strength-to-weight ratio and good damping properties. With a human-centered design approach, tools such as interviews, focus groups, prototyping, and testing were used in several stages of the process. It allowed achieving a design that takes advantage of the properties of the new material and, at the same time, meets the mobility, stability and comfort requirements of the users. © 2020, Springer Nature Switzerland AG.
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