Designing the Best Column for a Truss Structure That Can High Resist under the Influence of Different Loads

The use of material handling equipment is ubiquitous in daily life.One type of material handling machinery that is widely used in many different engineering domains is the crane.This work aims to address the full design and analysis of an industrial crane with a high load capacity.Four structural crane models were designed in this work, and the crosssectional area of the system was altered in areas that were thought to have high stresses and deformations.This was done in order to lower the values and disperse the facades throughout the system, producing a model with a high loading efficiency.Finite element analysis was performed for the estimated load situation with a specific influence factor.The maximum stress and deformation regions for each component were identified in order to validate the design values.The maximum deformation values in all three models are significantly and quickly smaller than those in the first model, according to the modeling study's conclusion.The largest drop (44.35%) occurred in the fourth model.The values of the various displacements and stresses also dropped, as the fourth model's maximum percentage of stress reduction from the first model was 57.81.Furthermore, it is determined that the displacements and stresses in the fifteenth nodes of the three models are substantially smaller than those in the first model.It appears to decline considerably in the decade of the fourth model.