2023 | Multidimensional analysis for fabric drapability | 윤창상 | Article |
2015 | Post-consumer Energy Consumption of Textile Products During 'Use' Phase of the Lifecycle | 윤창상 | Article |
- | Prediction and categorization of fabric drapability for 3D garment virtualization | 윤창상 | Article; Early Access |
2022 | Study on the Desorption of Isovaleric Acid in Garments | 윤창상 | Article |
2017 | Sustainable Care of Textile Products and Its Environmental Impact: Tumble-drying and Ironing Processes | 윤창상 | Article |
2015 | The effect of fabric movement on washing performance in a front-loading washer II: under various physical washing conditions | 윤창상 | Article |
2016 | The effect of fabric movement on washing performance in a front-loading washer III: Focus on the optimized movement algorithm | 윤창상 | Article |
2017 | The effect of fabric movement on washing performance in a front-loading washer IV: under 3.25-kg laundry load condition | 윤창상 | Article |
2019 | The effect of fabric movement on washing performance in a front-loading washer V: Focusing on the role and shape of the lifter | 윤창상 | Article |
2021 | The Effect of Fabric Movement on Wrinkle Recovery in a Clothing Care System | 이상욱; 윤창상 | Article |
2022 | The effect of repeated laundering on the softness and smoothness of terry-cloth towels using a sound spectrum analysis | 윤창상 | Article |
2020 | The Effect of Repeated Laundering on the Softness and Smoothness of Terrycloth assessed by sound spectrum analysis | SALVATIERRA BLAISDELL, MARUSKA GISELLE | Master's Thesis |
2017 | Washing efficiency and fabric damage by beating and rubbing movements in comparison with a front-loading washer | 윤창상 | Article |
2022 | 드레이프 측정에 관한 다차원적 분석 | 신보나 | Master's Thesis |
2023 | 왕복운동을 이용한 직물의 동적 드레이프성 측정법 개발 | 윤은비 | Master's Thesis |
2021 | 웨어러블 센서 구동을 위한 은 나노와이어 도전성 코팅사 개발 | 김지민 | Doctoral Thesis |
2021 | 의류 내 냄새 원인물질인 아이소발레르산 탈착에 관한 연구 | 변혜진 | Master's Thesis |
2022 | 의류제품의 미세섬유 발생원인 분석 | 임정은 | Master's Thesis |
2024 | 조선 후기 자수가사의 전승과 조형적 특성 | 안보연 | Doctoral Thesis |
2021 | 체열-땀-공기 전달성 및 쾌적성 증진을 위한 셀룰로오스 아세테이트와 상변화물질의 전기방사섬유 개발 | 김혜진 | Doctoral Thesis |