구조미를 고려한 사장케이블 구조의 형태설계 = 정력학적 도해법 이용

다국어 초록 (Multilingual Abstract)

Cable-stayed structures provide a lot of possibilities toward the development of innovative structural forms regarding their expressiveness and uniqueness. Such cable-stayed structures, as form-active structures, can obtain a family of alternatives by changing parameters for defining geometric shapes. The concept of graphic statics is utilized to explain the relationship between the load path and structural forms because the load path of cable structures has something to do with their structural geometry. Moreover, this structural geometry has a dominant effect on both structural efficiency and structural elegancy. The proposed design method in this study will help designers conceive innovative structural forms considering structural safety, material efficiency, and structural art altogether.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 사장케이블 구조형태와 힘의 흐름의 관계
• 3. 사장케이블 구조의 구조미와 효율성
• 4. 구조형태 설계도구 개발
• 5. 변수화 시뮬레이션
• 6. 결론
• REFERENCES

참고문헌 (Reference)

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2 Block, P., "Thrust network analysis: exploring three-dimensional equilibrium" Massachusetts Institute of Technology 2009

3 Hong, N.K, "Structural Form Enhancement for Aesthetic Bridge Design" 2012

4 Zalewski, W., "Shaping structures:statics" Wiley 1998

5 "Rhino version 5.0 [Computer software]"

6 Maxwell, J. C., "On Reciprocal Figures and Diagrams of Forces" 26 (26): 250-261, 1864

7 Baker, W. F., "Maxwell’s Reciprocal Diagrams and Discrete Michell Frames" 2013

8 "Grasshopper version 0.9.0075 [Computer software]"

9 Cremona, L., "Graphical statics: two treatises on the graphical calculus and reciprocal figures in graphical statics" Clarendon Press 1890

10 Hong, N. K., "Exploration of structural form of hybrid cable-supported structures" International Association for Bridge and Structural Engineering 2014

11 Hong, N. K., "Entity-based models for computer aided design systems" ASCE 12 (12): 1998

12 Hong, N. K., "Entity-based integrated product and process models for computer-aided structural design" Lehigh Univ 1994

13 Hong, N. K., "Conceptual Design of Suspension Bridges: From Concept to Simulation" ASCE 30 (30): 2016

14 Hong, N.K., "Computer-aided Understanding of Load Path of Cable-stayed Structures" 2011

15 Block, P, "As Hangs the Flexible Line: Equilibrium of Masonry Arches" 8 (8): 13-24, 2006

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