Bibliometric Analysis of Material Adaptation on House Building Construction in Coastal Areas using Vosviewer

This research employs a quantitative bibliometric approach to elucidate the description, trends, evaluation, relationships, and monitoring of published research in the field of coastal building construction. The study aims to consolidate and evaluate the current understanding of building construction in coastal areas, identifying knowledge gaps, and establishing future study objectives through bibliometric analysis. In this research, the results and discussion are based on data obtained through Publish or perish and VOSviewer software. The data is then visualized through graphs, tables, and figures to present easily comprehensible information. Focusing on coastal construction, material management, and coastal zone management, the research emphasizes the necessity of a resilient foundation. Material management challenges are explored, with proposed technology integration for optimization. Coastal Zone Management is highlighted as a critical framework, balancing housing needs with ecosystem preservation. The study underscores the significance of nature-based solutions and sustainable development strategies, acknowledging the need for education and cooperation for their effective implementation. The research findings indicate a growing trend in coastal construction studies, with a specific focus on ICZM and material adaptation. These identified trends provide valuable insights for academics, stimulating further research to address challenges in coastal building construction, ensuring resilience and sustainability in vulnerable coastal areas.

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Publication Details

Journal
Journal of Engineering Research and Reports
Published
2025-08-16
DOI
https://doi.org/10.9734/jerr/2025/v27i81614
Primary Topic
Energy and Environmental Systems
Type
article
Field-Weighted Citation Impact
0.00
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article

Bibliometric Analysis of Material Adaptation on House Building Construction in Coastal Areas using Vosviewer

Joewono Prasetijo, Muhammad Isradi, Amanatullah Savitri, Wincent Wincent et al.
Journal of Engineering Research and Reports
Energy and Environmental Systems
article

Bibliometric Analysis of Material Adaptation on House Building Construction in Coastal Areas using Vosviewer

Joewono Prasetijo, Muhammad Isradi, Amanatullah Savitri, Wincent Wincent, Susanti Handayani
article en

Abstract

This research employs a quantitative bibliometric approach to elucidate the description, trends, evaluation, relationships, and monitoring of published research in the field of coastal building construction. The study aims to consolidate and evaluate the current understanding of building construction in coastal areas, identifying knowledge gaps, and establishing future study objectives through bibliometric analysis. In this research, the results and discussion are based on data obtained through Publish or perish and VOSviewer software. The data is then visualized through graphs, tables, and figures to present easily comprehensible information. Focusing on coastal construction, material management, and coastal zone management, the research emphasizes the necessity of a resilient foundation. Material management challenges are explored, with proposed technology integration for optimization. Coastal Zone Management is highlighted as a critical framework, balancing housing needs with ecosystem preservation. The study underscores the significance of nature-based solutions and sustainable development strategies, acknowledging the need for education and cooperation for their effective implementation. The research findings indicate a growing trend in coastal construction studies, with a specific focus on ICZM and material adaptation. These identified trends provide valuable insights for academics, stimulating further research to address challenges in coastal building construction, ensuring resilience and sustainability in vulnerable coastal areas.

Journal of Engineering Research and ReportsVol. 27(8)
Mercu Buana University (ID), Institute of Transportation and Logistic Trisakti (ID)
Openalex Percentile: Top 78%
Energy and Environmental Systems
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