Javascript must be enabled to continue!
Comparative Analysis of Formwork Systems: Cost Efficiency and Time Management in Construction Projects
View through CrossRef
Formwork systems are essential for achieving efficiency and sustainability in multi-story construction. This study compares the cost and time efficiency of multiplex and aluminum formwork systems for constructing beams and slabs on the 6th to 13th floors. Field observations and a literature review were employed to gather data using a mixed-methods approach. This study adopts a mixed-methods approach, combining quantitative and qualitative methods. The findings reveal that aluminum formwork requires 60 days to complete, compared to 112 days for multiplex formwork, saving 52 days. Regarding cost, aluminum formwork amounts to IDR 1,805,910,198, offering savings of IDR 159,540,423 compared to multiplex formwork at IDR 1,965,450,621. Graphical analysis highlights the advantages of aluminum formwork in optimizing project workflows and reducing delays. These results demonstrate aluminum formwork potential to enhance efficiency, minimize material waste, and support sustainable construction practices. Future research is encouraged to explore alternative materials and labor strategies to further advance sustainability in the construction industry.
Title: Comparative Analysis of Formwork Systems: Cost Efficiency and Time Management in Construction Projects
Description:
Formwork systems are essential for achieving efficiency and sustainability in multi-story construction.
This study compares the cost and time efficiency of multiplex and aluminum formwork systems for constructing beams and slabs on the 6th to 13th floors.
Field observations and a literature review were employed to gather data using a mixed-methods approach.
This study adopts a mixed-methods approach, combining quantitative and qualitative methods.
The findings reveal that aluminum formwork requires 60 days to complete, compared to 112 days for multiplex formwork, saving 52 days.
Regarding cost, aluminum formwork amounts to IDR 1,805,910,198, offering savings of IDR 159,540,423 compared to multiplex formwork at IDR 1,965,450,621.
Graphical analysis highlights the advantages of aluminum formwork in optimizing project workflows and reducing delays.
These results demonstrate aluminum formwork potential to enhance efficiency, minimize material waste, and support sustainable construction practices.
Future research is encouraged to explore alternative materials and labor strategies to further advance sustainability in the construction industry.
Related Results
Classification of sliding formwork systems
Classification of sliding formwork systems
The article discusses modern sliding formwork systems, which are different from other types of formworks in that they can be moved during the construction of structures without the...
Environmental Performance for Two Formwork System Types: Conventional Formwork & Steel Formwork System
Environmental Performance for Two Formwork System Types: Conventional Formwork & Steel Formwork System
Environmental aspect is one of the important criteria that define and determine sustainability performance for concrete formwork system. This study is aimed to compare the performa...
Primerjalna književnost na prelomu tisočletja
Primerjalna književnost na prelomu tisočletja
In a comprehensive and at times critical manner, this volume seeks to shed light on the development of events in Western (i.e., European and North American) comparative literature ...
Assessment of Concrete Formwork Practices in Bahir Dar City, Ethiopia
Assessment of Concrete Formwork Practices in Bahir Dar City, Ethiopia
Formwork is among the most determinant factors affecting the cost and completion time of construction projects. In this study, the erection practices, challenges, types, quality an...
Perbandingan Elemen Struktur Yang Dicetak Dengan Bekisting Alumunium Dan Konvensional Dengan Metode Six Sigma
Perbandingan Elemen Struktur Yang Dicetak Dengan Bekisting Alumunium Dan Konvensional Dengan Metode Six Sigma
Bekisting konvensional untuk saat ini masih menjadi pilihan terbanyak bagi pelaksana industri konstruksi di Indonesia. Namun dengan perkembangan metode konstruksi, metode bekisting...
Importance of Sustainable Concrete Formwork System
Importance of Sustainable Concrete Formwork System
Construction industry is seen to be able to play a bigger role into a sustainable society by offering sustainable construction. As the premier construction material across the worl...
TINJAUAN ANALISIS PERBANDINGAN KEKUATAN, KEKAKUAN, STABILITAS BEKISTING KONVENSIONAL DENGAN FIBERGLASS
TINJAUAN ANALISIS PERBANDINGAN KEKUATAN, KEKAKUAN, STABILITAS BEKISTING KONVENSIONAL DENGAN FIBERGLASS
In the construction of the new classroom building of madrasah Tsanawiyah Negeri 5 Lebak, Banten Province, of course, there is a formwork. The formwork used is made of multiplek woo...
RESEARCH ON THE USE OF PERMANENT FORMWORK TO REDUCE CONSTRUCTION TIME FOR LOW-RISE BUILDINGS AND STRUCTURES
RESEARCH ON THE USE OF PERMANENT FORMWORK TO REDUCE CONSTRUCTION TIME FOR LOW-RISE BUILDINGS AND STRUCTURES
Problem Statement. In order to restore Ukraine after the extensive destruction caused by armed aggression, it is necessary to explore methods of rapid and cost-effective constructi...

