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Showing posts from March, 2015

Platform Structure Designed in Staad Pro

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Lifting Pad Strength Analysis Using STAAD Pro

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Boom Rest Strength Analysis, Design Model. Using STAAD Pro

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Vise Clamp

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To Download the Model In IGS format Click the Below Ink. https://www.dropbox.com/s/v5tkudv6ursxnvh/asm0001_asm.igs?dl=0

Quad4 & Tet4 Elements

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Name of Angle's in Mechanical

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Mechanical Component Design Using PTC Creo..

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Designed in PTC Creo, If any body Need The model You Can use the Below Link in igs  format  https://www.dropbox.com/s/28g7aqer5tqpx69/asm0003_asm.igs?dl=0  

My Design and Analysis

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Overhead Crane Carriage and Girder

Overhead Crane Carriage and Girder

Sample Stress Analysis Report

1.       Foreword Purposes of the strength analysis for 16 ton Carriage & Girder have adequate strength to support to lift 32ton load, This analysis is carried out using ANSYS Workbench 15 Static Structural program, Material used for analysis is ASTM 36 with min Yield Strength 235 N/mm 2 2.       Rules and Reference, a.         BS 2573-1: 1983Rules for the design of cranes b.         AISC 13 th Edition c.         Standard Engineering Calculation 3.       Structural Detail   Please Refer DEMAG DWG No        : DCA-71429-S                                         : ZKBF-B3-1003 4.       Load Calculation The entire load and safety factor calculated regarding BS 2573-1: 1983 Load Detail 3.1.2.2 Crane in use with in-service wind(BS 2573-1-1985) Load: L 1 +L 3 +H 1 +V 1 Calculation: SWL: 320000 N