1．個人研究
- 確率論に基づく風力係数及びピーク外圧係数の評価（SLDRCE(同済大学)，2022 ～ 2024）
- 風力発電設備の耐風設計（基盤研究B，2019 ～ 2021）
- 工学竜巻モデルの開発（大成学術財団研究助成，2019 ~ 2020）
2．共同利用・共同研究課題
- 日本版改良藤田スケール（2023 ~ ）
- 高層建物の空力減衰（2020∼ ）
- 開閉式ドームの耐風設計（2019 ~ ）
- 応答およびピーク外圧係数に及ぼすチューブ関数の影響（2019）
- 低層建物における風圧場のPOD解析（2019）
- ソーラーウィングシステムの空力特性（2016
∼ 2018）
- 高層建物の干渉効果（2015
∼ 2018）
＝＝＝＝＝＝＝＝＝＝ 査読付きジャーナル論文
【2024年度】
- DongHun Yeo, Yong Chul Kim, 2024, Calibration of pressures measured via tubing systems: Accounting for laboratory environmental variations between tubing response measurement and wind tunnel
testing, Journal of Wind Engineering & Industrial Aerodynamics (Accepted) [SCI]
- Yong Chul, Kim, Shuyang, Cao, 2024, Evaluation of aerodynamic force coefficients on tall buildings based on probabilistic method and its application to wind-resistant design, Journal of
Structural Engineering (Accepted) [SCIE]
- Wenshan Shan, Qingshan Yang, Kunpeng Guo, Cong Chen, Wei Zhen, Yong Chul Kim, 2024, Across-wind response characteristics of tall-square towers in urban flow: An experimental study focused on
the aeroelastic effects, Physics of Fluids 36, 037104, https://doi.org/10.1063/5.0194289 [SCIE]
- 金容徹，2024，アスペクト比と辺長比が高層建物の空力特性および応答特性に与える影響，構造工学論文集70B，pp.18-25
- 천동진, 김용철, 윤성원, 2024, 다양한 경계층 유동을 고려한 개방형 대공간 지붕 구조물의 외장재 설계용 피크순압력계수 제안, 대한건축학회논문집 40(2), pp. 221-231
【2023年度】
- Kim Y.C., 2023, Current issues in wind engineering: Review, International Journal of High-Rise Buildings 12(4), https://doi.org/10.21022/IJHRB.2023.12.4.287, 287-297 [SCOPUS]
- Yang Q., Guo K., Shan W., Kim Y.C., Tamura Y., 2023, Identification of nonlinear aerodynamic damping of cross-wind excited slender structures in atmospheric boundary layer flow, Journal of
Wind engineering & Industrial Aerodynamics 241, 105519, https://doi.org/10.1016/j.jweia.2023.105519 [SCI]
- Dong Jin Cheon, Yong Chul Kim, Sung Won Yoon, 2023, Fluctuating wind pressure characteristics of dome roofs with low rise-span ratio, Buildings 13, 1673,
https://doi.org/10.3390/buildings13071673 [SCIE]
- Yong Chul, Kim, Shuyang, Cao, 2023, Application of probabilistic method to determination of aerodynamic force coefficients on tall buildings, Wind and Structures, An International 36(4), pp.
249-261, https://doi.org/10.12989/was.2023.36.4.249 [SCIE]
- Shan Wenshan, Yang Qingshan, Tamura Yukio, Kim Yong Chul, 2023, Decomposition and reconstruction of fluctuating wind pressure fields on high-rise buildings based on POD method, Journal of
Building Structures 44(5), pp. 47-57, https://doi.org/10.14006/j.jzjgxb.2021.0666 (In Chinese).
- Yang Qingshan, Shan Wenshan, Tamura Yukio, Kim Yong Chul, 2023, Characteristics of fluctuating wind loads on high-rise buildings, China Civil Engineering Journal 56(5), pp. 1-18,
https://doi.org/10.15951/j.tmgcxb.2023.05.22121220 (In Chinese)
- 金容徹，木下泰斗，2023，確率論に基づく低層建物のピーク外圧係数の評価，日本建築学会構造系論文集88（805），pp.395-402
【2022年度】
- Jong Ho Lee, Dong Jin Cheon, Yong Chul Kim, Sung Won Yoon, 2022, Peak net pressure coefficients of elliptical center-open dome roofs, Materials 15(16), 5497,
https://doi.org/10.3390/ma15165497 [SCIE]
- Min Jae Park, Sung Won Yoon, Yong Chul Kim, Dong Jin Cheon, 2022, Wind pressure characteristics based on the rise-span ratio of spherical domes with openings on the roof, Buildings 12(5),
576, https://doi.org/10.3390/buildings12050576 [SCIE]
- 金容徹，2022，アスペクト比と辺長比が高層建物の空力特性および応答特性に与える影響，構造工学論文集68B，pp.320-326
【2021年度】
- YC Kim, 2021, Aeroelastic and aerodynamic tests of wind turbine with various polygonal towers, Applied Sciences 11, 11740, https://doi.org/10.3390/app112411740 [SCIE]
- Dong Jin Cheon, Yong Chul Kim, Jong Ho Lee, Sung Won Yoon, 2021, Experimental investigation of wind pressure characteristics for cladding of dome roofs, Materials 14, 5266,
https://doi.org/10.3390/ma14185266 [SCIE]
- YC Kim, Y Tamura, 2021, Investigation of aerodynamic performance of pitch-control wind turbine with polygonal towers, Wind and Structures, An International 33(1), 87-101 [SCIE]
- Jong Ho Lee, Yong Chul Kim, Dong Jin Cheon, Sung Won Yoon, 2021, Wind pressure characteristics of elliptical retractable dome roofs, Journal of Asian Architecture and Building Engineering
https://doi.org/10.1080/13467581.2021.1941996 [SCIE]
- YC Kim, Y Tamura, 2021, Empirical numerical modeling of tornadic flow fields and load effects, Wind and Structures, An International 32(4), 371-391 [SCIE]
- 金容徹，2021，非超過確率に基づく高層建物の設計用風力係数の評価，日本建築学会構造系論文集86（789），pp.1486-1494
- 이종호, 천동진, 김용철, 윤성원, 2021, 풍동실험을 통한 중심 개방 타원형 돔 지붕의 피크풍압계수 분석, 대한건축학회논문집 37(9), pp. 189-197
- 천동진, 이종호, 김용철, 윤성원, 2021, 풍동실험을 통한 개폐 유형별 개폐식 돔 지붕의 풍압 특성 분석, 공간구조학회논문집 21(1), pp. 41-49
- 金容徹，2021，多角形断面モジュラータワーを持つ風力発電設備の層風力特性，構造工学論文集67B，pp.287-293
【2020年度】
- YC Kim, W Shan, Q Yang, Y Tamura, A Yoshida, T Itoh, 2020, Effect of panel shapes on wind-induced vibrations of solar wing system under various wind environments, Journal of Structural
Engineering 146(6), 04020104 [SCI]
- Yuan-Lung Lo, Yi-Chao Li, Yong Chul Kim, 2020, Downstream interference effect of low-Scruton-number high-rise buildings under turbulent boundary layer flow, Journal of Wind Engineering and
Industrial Aerodynamics 198, 104101 [SCI]
- 이종호, 천동진, 김용철, 박상우, 윤성원, 2020, 타원형 돔 지붕의 변동풍압특성, 공간구조학회 논문집 20(4), pp. 63-71
- 천동진, 김용철, 이종호, 윤성원, 2020, 원형 밀폐 및 개방형 돔 지붕의 풍압 스펙트럼, 공간구조학회 논문집 20(2), pp. 69-76
- 이종호, 김용철, 천동진, 윤성원, 2020, 풍동 실험을 통한 타원형 개폐식 돔 지붕의 외장재용 풍압 계수 분석, 공간구조학회 논문집 20(1), pp. 49-59
- 천동진, 김용철, 이종호, 윤성원, 2020, 원형 밀폐 및 개방형 돔 지붕의 평균 및 변동 풍압 계수, 공간구조학회 논문집 20(1), pp. 69-77
- 金容徹，田村幸雄，2020，1セル型の工学的竜巻モデルの提案，構造工学論文集66B，pp.229-235
【2019年度】
- YC Kim, X Xu, Q Yang, Y Tamura, 2019, Shape effects on aerodynamic and pedestrian-level wind characteristics and optimization for tall and super-tall building design, International Journal of
High-Rise Buildings 8(4), 235-253 [SCOPUS]
- Yuan-Lung Lo, Kim Yong Chul, 2019, Estimation of wind-induced response on high-rise buildings immersed in interfered flow, Journal of Applied Science and Engineering 22(3), 429-448 [Emerging
SCI]
- Kim YC, Yoon SW, Cheon DJ, Song JY, 2019, Characteristics of wind pressures on retractable dome roofs and external peak pressure coefficients for cladding design, Journal of Wind Engineering
and Industrial Aerodynamics 188, 294-307 [SCI]
- 金容徹，尹星遠，2019，球型開閉式ドームの外圧特性に関する研究，構造工学論文集65B，pp.295-300
【2018年度】
- YC Kim, Y Tamura, A Yoshida, T Itoh, W Shan, Q Yang, 2018, Experimental investigation of aerodynamic vibrations of solar wing system, Advances in Structural Engineering, 21(15), pp.2217-2226
[SCIE]
- Y.C. Kim, Y.L. Lo, C.H. Chang, 2018, Characteristics of unsteady pressures on slender tall building, Journal of Wind Engineering & Industrial Aerodynamics 174, pp.344 - 357 [SCI]
- 천동진, 김용철, 윤성원, 2018, 풍동 실험을 통한 개폐식 돔 지붕의 외장재용 풍압 계수와 풍하중 기준 비교, 공간구조학회 논문집 18(3), pp. 125-132
- 김용철, 윤성원, 2018, 장기간 상시계측을 통한 감쇠율 평가, 공간구조학회 논문집 18(1), pp. 77-84
【2017年度】
- YC Kim, M Matsui, 2017, Analytical and empirical models of tornado vortices: A comparative study, Journal of Wind Engineering & Industrial Aerodynamics 171, pp. 230-247 [SCI]
- Yuan-Lung Lo, Yong Chul Kim*, Akihito Yoshida, 2017, Effects of aerodynamic modification mechanisms on interference from neighboring buildings, Journal of Wind Engineering & Industrial
Aerodynamics 168, pp.271 – 287 [SCI]
- Yukio Tamura, Xiaoda Xu, Hideyuki Tanaka, Yong Chul Kim, Akihito Yoshida, Qingshan Yang, 2017, Aerodynamic and pedestrian-level wind characteristics of super-tall buildings with various
configurations, Procedia Engineering 199, 28-37 [SCOPUS].
- 김용철, 로위안롱, 윤성원, 2017, 풍압과 변위의 동시계측을 통한 고층건물의 공력 특성 평가, 공간구조학회 논문집 17(1), pp. 77-84
【2016年度】
- Yuan-Lung Lo, Yong Chul Kim, Yi-Chao Li, 2016, Downstream interference effect of high-rise buildings under turbulent boundary layer flow, Journal of Wind Engineering & Industrial
Aerodynamics 159, pp.19 - 35 [SCI]
- Yong Chul, Kim, Yukio, Tamura, Sangdae, Kim, 2016, Wind load combinations of atypical super-tall buildings, Journal of Structural Engineering 142(1), pp. 04015103-1 - 04015103-8 [SCI]
- 金容徹，田村幸雄，吉田昭仁，2016，ケーブルで支持された太陽光電池の振動特性に関する研究，第24回風工学シンポジウム，pp.307-312
- 김용철, 윤성원, 2016, 솔라윙 시스템의 풍진동 특성 평가, 공간구조학회 논문집 16(1), pp. 65-72
【2015年度】
- Yong Chul, Kim, Yukio, Tamura, Sung-won, Yoon, 2015, Proximity effect on low-rise building surrounded by similar-sized buildings, Journal of Wind Engineering & Industrial Aerodynamics
146, pp. 150-162 [SCI]
- Y.C. Kim, E.K. Bandi, A. Yoshida, Y. Tamura, 2015, Response characteristics of super-tall buildings - Effects of number of sides and helical angle, Journal of Wind Engineering &
Industrial Aerodynamics 145, pp. 252-262 [SCI]
- Yong Chul Kim, Yukio Tamura, 2015, Simulation of wind pressures on a target low-rise building in large group by RANS turbulence model, Journal of Aerospace Engineering ASCE 28(3), pp.
04014082-1 - 04014082-13 [SCIE]
- Yong Chul, Kim, Yukio, Tamura, Sung-won, Yoon, 2015, Effect of taper on fundamental aeroelastic behaviors of super-tall buildings, Wind and Structures, An International 20(4), pp. 527 - 548
[SCIE]
- 김원술, 김용철, 2015, 다양한 풍환경에 노출된 초고층건물의 공력진동 특성, 대한건축학회 논문집 31(8), pp. 19-26
- 김원술, 김용철, 2015, 풍직각방향과 비틀림방향의 응답상관을 고려한 풍하중 조합, 대한건축학회 논문집 31(4), pp. 55-62
【～ 2014年度】査読付き国際ジャーナル論文 19編
査読付き国内ジャーナル論文 15編
＝＝＝＝＝＝＝＝＝＝ 【～ 2024年度】学会発表論文
- 査読付き学会発表論文 43編
- 査読なし学会発表論文 42編
＝＝＝＝＝＝＝＝＝＝ 【～ 2024年度】 翻訳書
- 윤성원, 김용철, 2014, 110개의 키워드로 배우는 건축구법, 기문당
＝＝＝＝＝＝＝＝＝＝ 【～ 2024年度】その他
- 所属学会：日本建築学会，日本風工学会，日本風力エネルギー学会，
大韓建築学会，韓国空間構造学会，韓国風工学会
- 2015/03 ~ 2020/2 韓国風工学会のScouting Director
- 2016/06 ~ International Journal of High-Rise Buildings の International
Editorial Board