모빌리티의 실내 디자인 변화 요인 연구
A Study on Mobility Interior Design Changing Factors
구상(홍익대학교 산업디자인학과)
32권 9호, 713~723쪽
초록
This study aimed to present the implications for urban small mobility interior design changing factors by analyzing the physical body structures of the selected production and concept vehicles with their cabin sections and interior trim materials. The study first reviewed low-speed electric mobility regulations in the local regions, including regions from Europe and the USA. The cabin sections had been observed with close type, semi-open type, and open type classifications, which show different features with sill side and seal structures along their concepts and vehicle types. The implication for small urban mobility interior design changing factor comes mostly from the weather adaptability of cabin structures with sills, roofs, and front windshield glass. Consequently, it is concluded that weather adaptability is essential to the cabin structure and the interior design factors with floor drain angle and trim panel materials of injection molded plastics instead of fabrics or carpets for water-resistant functions.
Abstract
This study aimed to present the implications for urban small mobility interior design changing factors by analyzing the physical body structures of the selected production and concept vehicles with their cabin sections and interior trim materials. The study first reviewed low-speed electric mobility regulations in the local regions, including regions from Europe and the USA. The cabin sections had been observed with close type, semi-open type, and open type classifications, which show different features with sill side and seal structures along their concepts and vehicle types. The implication for small urban mobility interior design changing factor comes mostly from the weather adaptability of cabin structures with sills, roofs, and front windshield glass. Consequently, it is concluded that weather adaptability is essential to the cabin structure and the interior design factors with floor drain angle and trim panel materials of injection molded plastics instead of fabrics or carpets for water-resistant functions.
- 발행기관:
- 한국자동차공학회
- 분류:
- 자동차공학