Constructability Analysis of Concrete Formwork Systems

Abstract

Concrete formwork systems are temporary structural systems that play a paramount newlinerole in the construction of Reinforced Cement Concrete (RCC) buildings. This newlineresearch seeks to impart a novel constructability rating framework for concrete newlineformwork systems based on the essential constructability criteria. Initially, a rational newlineclassification of different concrete formwork systems that are cognate to the newlineconstruction of RCC residential buildings is perceived. Subsequently, using a newlinestructured online questionnaire survey mechanism known as the modified Delphi newlinetechnique, an empirical formula to calculate the Constructability score is derived. The newlinenumerical weights of the formula are determined using Ridit Analysis, and the newlinenumerical values of the constructability criteria are obtained using an intriguing data newlinecollection mechanism, called Constructability or construction site survey. Thereafter, newlinethe data obtained from the online questions survey and constructability survey gets newlineprocessed using one of the popular data management techniques known as KnowledgeDiscovery in Databases (KDD), and then classification decision-tree induction is arried out using C5.0 algorithm (with Reduced Error Pruning (REP), as a newlinepost-pruning process) is entailed to classify and visualise the proclivity of attributes newlineand to generate the fuzzy parameters and the learning rules, i.e., a framework for newlineknowledge representation newline