Improve Labor Efficiency Long Service life Safe and Reliable Maintenance Convenient. Crane Hook Design Problem.
Design Of Crane Components Ppt Video Online Download
Crane hooks are liable components subjected to failure due to stress in accumulation of heavy loads.
. Design of crane hook is done by using UNIGRAPHICS software and structural analysis results were estimated by using ANSYS software. Design of Curved Beams Crane Hook - Lecture 1. Real time pattern of stress concentration in 3D model of crane hook is obtained.
Find the stresses in the inner and outer fibres the given section. By predicting the stress concentration area the shape of the. Determine the load F so that the maximum stress in the rod is not to exceed 40 Nmm 2.
Crane hooks are one of the important components which are used to transfer materials having heavy loads mainly in industries. The crane hook was successfully designed as the dimensions by using SOLIDWORKS software. When configured to hoist and lower by means of a winch or hook and horizontally move.
1 Overtravel Switches To prevent the hook or sheave block from being raised right up to the cable drum a robust limit switch should be fitted to the crab or upper sheave block. Checks of this limit switch should be included in. The crane hook carries a load of 20 kN as shown in given below Fig.
The purpose of this class is to provide you with an overall foundation of knowledge pertaining to Cranes and Crane SafetyUpon completion of this course students will be able to identify types of cranes and their basic components recognize hazards associated with cranes and understand safe operating practices based on guidelines established by OSHA. A crane hook has trapezoidal cross-section. Abstract - Crane hook is significant component used for lifting the load with the help of chain or wire ropes.
PRavikanth Raju1 Somagani Upendar2 12Department of Mechanical Engineering Anurag Group of Institutions Abstract In this paper the design of the hook is done by analytical method and design is done for the different materials like forged steel wrought iron and high tensile steel. The material outcomes are given in the underneath arrangement. Crane Hook Geometry Initial radius of curvature of the centroidal surface A.
2 ℎ 3 Bed diameter 3 2 C XP mm Radius of curvature of centroidal axis mm Where P Load KN X Constant ranging bw 12. The design parameters for crane hook are area of cross section material and radius of crane hook. Design and Analysis of Crane Hook - Review.
Ad Decades Of Hook Design Experience Customized According to Working Conditions. The present study is an endeavour of the static analysis of crane hook. For a crane where the trolley is running on the bottom flange it is necessary.
The section at X-X is rectangular whose horizontal side is 100 mm. 2ℎ e Distance of the centroid from natural axis mm Fig. The distance between the centroidal axis of the rod the centre of curvature of the hook is 50mm.
Ruptures in crane hook by redesigning of crane hook. Free Easy to edit Professional Lots backgrounds. The stress distribution pattern is verified for its correctness on an acrylic model of crane hook using shadow optical method Caustic method set up.
DESIGN AND ANALYSIS OF A CRANE HOOK Dr. Articulating cranes such as knuckle-boom cranes Crawler cranes. PowerPoint Template With Mechanical Engineering Crane Hook Pulleys Themed Background And A Sky Blue Colored Foreground Design Featuring this beautiful high-resolution background 18 slide layouts and your choice of customizable designs.
Capacity of F 1557 N Problem 4. Safety Measures To protect both the Operator and the Crane itself a number of safety devices are incorporated in the design of the Crane and these include. Crane hook is very.
Crane hooks are highly liable components and are always subjected to bending stresses which leads to the failure of crane hook. Mobile cranes such as wheel-mounted rough-terrain all-terrain commercial truck-mounted and boom truck cranes Multi-purpose machines. Dimensions of Crane HookThe various dimensions for crane hook are taken as follows.
The hooks used in hoists and various types of cranes play. A crane hook shown in figure below is made of 30mm diameter steel rod. Beam must be checked for Lower flange load if the trolley is under running.
And the 3D model of the crane hook is analyzed by the ANSYS software. A major role in lifting the heavy loads in many sectors industries oil rigs vehicles etc. From analysis results rupture region on hook is found at loading conditions and redesign the region of rupture in hook in.
Failure of a crane hook mainly depends on three major factors ie. The design of crane hook is concerned with certain parameters like area of cross section material radius of curvature etc. Download Crane PowerPoint templates ppt and Google Slides themes to create awesome presentations.
Our company offers a wide range of design Single Girder EOT Crane and double girder Crane which is available in various types such as indoor cabin operated auxiliary hoist double hook double girder EOT. Results and Discussion of Modal Analysis of Crane Hook Table 3 Modal Analysis Result of Crane Hook Total Deformation of Crane Hook Mode Minimum mm Maximum mm 1 0 12557 2 0 11357 3 0 18809 4 0 16958 5 0 20143 6 0 22133 VI. The consequences of stress investigation ascertained from FEA examination for different diverse material.
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