Abstract
As it is known that the construction of high-rise buildings requires a tool in the form of a JIB Crane, which is used to transport materials from the bottom to the top. This JIB Crane is installed at the top of the tall building. In this case to design this tool requires welding and also a hook that is able to withstand the load being transported and moved. In this plan, the material must be chosen and also careful calculations for certain parts such as welded joints. In this study, a JIB Crane was designed with an electric drive to carry a load of 600 kg. And based on the calculations obtained, the load supported by the construction of the JIB Crane design is able to withstand the load where the load from the design is greater than the load that occurs.
Highlights
THe constructing high-rise buildings such as: multi-level buildings, machines are needed to help and ease the work of humans themselves
The purpose of this study to get the best designing of the crane, that is able to solve the problem in designing process of crane
The method used in the design of JIB Crane is an analytical method to calculate the strength of the design results by calculation and using software, while to analyze and identify possible failures in the designing process [12]
Summary
THe constructing high-rise buildings such as: multi-level buildings, machines are needed to help and ease the work of humans themselves. It is necessary to have a lifting machine that can lift and move building materials and structures that will be installed on the building being worked on with safe motion and mobility. That the material being lifted remains good, safe in loading and unloading operations more quickly, it is necessary to have a container of goods that can be lifted from all project areas to the desired place such as a bucket. The cranes work by lifting the material to be moved, moving it horizontally, lowering the material in the desired place. This tool has a great shape and lifting power. Many researchers have applied the computer application such as pro engineer, Inventor, Catia, etc., to calculate the designing process. The purpose of this study to get the best designing of the crane, that is able to solve the problem in designing process of crane
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