Design and Analysis of Portable Elevator for the Constructional sites – A Case study

Abstract

In conventional construction, tasks at elevated heights pose challenges, met traditionally with bamboo structures or ladders. Resource limitations and inadequate elevation systems often hinder these methods, impacting workflow and worker safety. Transportation of tools and materials becomes cumbersome, exacerbated by the instability of makeshift structures, increasing the risk to operators. This study addresses the Portable type of elevator systems through a comprehensive problem-solving approach. The initial phase involved a thorough examination of the problem, employing a review of research papers and conducting a market survey to understand existing elevation systems. Subsequently, potential alternatives were identified, including Hydraulic Type Elevators and Traction Elevators. Data collection and analysis done with a focus on meeting customer needs and requirements. The Voice of Customer (VOC) was gathered through a carefully designed questionnaire, informed by insights from ergonomics-related research papers. Key aspects such as operation time, working efficiency, and the human effort required were assessed. The design of a basic model and Stress analysis of the components was conducted at various dimensions, and material selection was based on cost considerations and market availability. The selection of the drive was aligned with customer requirements and cost estimations. This innovative solution provides a secure platform, enhancing efficiency and safety at construction sites. The portable elevator ensures stable operations, mitigating risks associated with traditional methods and exemplifying a significant advancement in construction site safety and effectiveness.

Cite as:

Ajay Anantrao Joshi, & Mr. Takshak Karwade. (2023). Design and Analysis of Portable Elevator for the Constructional sites – A Case study. Journal of Advanced Research in Industrial Engineering, 5(3), 6–17. https://doi.org/10.5281/zenodo.10255411