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:: Lifting Lug Design Calculation Excel ::

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MessagePosté le: Dim 1 Mai - 04:41 (2016)    Sujet du message: Lifting Lug Design Calculation Excel Répondre en citant

Lifting Lug Design Calculation Excel >

Lifting Lug Design Calculation Excel

+ 61 (0)7 3875 2133HOME CONTACT Practical Engineering Creative Thinking Practical Solution About us Who we areOur companyOur peopleCareersContact us Design and Construct Products Areas of expertise DrilllingMiningOil & Gas / Process ManufacturingConstruction Utilities InfrastructurePREPP Services Design certificationStructural & mechanical designLifting equipment designAustralian standardsPressure vessel and tank designMaterials handling designMachine designTesting & inspections News All Our VideoesCurrent newsArchive 2013 and Before Resources Tools and calculatorsBrochures Resources Tools and calculators Lug calculatorPressure vessel hazard levelFlange size lookup tool Brochures Home > Resources > Tools and calculators > Lug calculator Lug calculator Use this calculator to quickly test if your lug is strong enough Load on lug P kg* Lug Width X mm* End radius R mm* Hole size d mm* Lug Thickness t mm* Material GR250 GR300 * Continuous weld size w mm* Result Load on lug(P) kg Lug Thickness(t) mm Lug Width(X) mm Mild Steel AS3678 GR End radius(R) mm Continuous weld size(w) mm Hole size(d) mm Assumptions Calculations are only for a single lug only loaded vertically. (Note: presence of a “comment box” is denoted by a “red triangle” in the upper right-hand corner of a cell. . Unfortunately, your browser does not support Inline Frames Like This?:View the profile of the person who submitted this calculation and see all their other calculations hosted at ExcelCalcs. Click the link below to read the terms. Ricker Find on Find on Find on Find on Find on Version History Check the version history to see how this calculation has changed over time.

Check bearing stress. You could study further using Biaxial Stress Assessment.xls. Engineering Consultancy Finite Element Analysis Training Contact us by email or phone US +1 617 5008224 or EU +44 113 8152220 . I hope that the author shaberli can shed some light on the calculation but I would be extremely cautious about its use in my own calculations. If you have been inspired by other authors please give credit where credit is due. and these factor of safety are for which material. = 5.0). Use the Subscribe button to receive an automatic email should this calculation be updated to a higher version.

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