An Analysis of the Influence Structure of Regionality and Regeneration Mechanisms in the Relationship Between Regeneration Types and Preservation Effects of Modern Industrial Heritage WANG XUEHAN Advisor : Prof. Yoon Gab-geun, Ph.D. Department of Desi...
An Analysis of the Influence Structure of Regionality and Regeneration Mechanisms in the Relationship Between Regeneration Types and Preservation Effects of Modern Industrial Heritage WANG XUEHAN Advisor : Prof. Yoon Gab-geun, Ph.D. Department of Design, Graduate School of Chosun University This study systematically analyzes the influence structure of regionality and regeneration mechanisms by focusing on the relationship between regeneration types and preservation effects of modern industrial heritage in the context of urban regeneration. It classifies modern industrial heritage regeneration into four types: culture‑operation‑oriented type, industrial‑structure‑preservation type, new‑old integration type, and public‑space‑conversion type, and aims to compensate for the limitations of existing research on intrinsic mechanisms and structural relationships. Based on literature review, comparative case analysis, and empirical analysis, this study establishes an integrated analytical framework: Regeneration Types of Modern Industrial Heritage – Regionality Elements – Regeneration Mechanisms – Preservation Effects. Preservation effects are divided into three dimensions: authenticity, integrity, and continuity; regionality is decomposed into five elements: physical environment, technological production, social memory, institutional operation, and narrative communication. Four regeneration paths are also defined: spatial‑material continuity, historical‑memory evocation, use‑operation internalization, and cultural‑narrative transmission. Through comparative analysis of representative industrial heritage regeneration cases at home and abroad and questionnaire‑based empirical verification, this study reveals that regionality does not directly affect preservation effects but exerts a mediating effect through regeneration mechanisms. Significant differences are identified in regionality expression, mechanism operation, and preservation effects across different regeneration types. Finally, this study clarifies the comprehensive influence paths of regeneration types, regionality, and regeneration mechanisms on preservation effects, and proposes strategies for strengthening regionality and optimizing mechanisms by regeneration type. In doing so, it provides theoretical foundations and practical guidelines for planning, design, operation, management, and policy‑making toward sustainable regeneration of modern industrial heritage.