Lifting Beam Design App

$49.00

All products are in English, except as indicated on specific product pages. Annual subscription includes all future product updates as long as subscription is paid. Perpetual licenses as forever, however, major future product updates will require an upgrade purchase. Apps that are excel-based work on Windows PC, with Windows parallels needed to run on Macs. File Download links are shown immediately after purchase, and also sent by email. The product needs to be activated upon purchase. The activation key is sent by email after the purchase and has the format "email address-order number". For example, if the email address used for the purchase is [email protected], and the order number is 9999, the product key is [email protected] For any issues post purchase, write to [email protected]
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Description

What does this Excel-based app do?

This Excel sheet helps the user check the strength and adequacy of a lifting beam used for lifting operations. Performs bending, shear, and lateral torsion checks (for I-beams)
It calculates the design load, the Dynamic Amplification Factor (DAF) and lifting point loads.
It calculates the different forces on the lifting beam and checks if the bifting beam is adequate.
It can be used for lifting beams fabricated with I-beam, a hollow pipe or a hollow rectangular beam.

How to use?
The user needs to provide inputs such as the lifted lbject weight and COG, rigging weight etc.
The user also needs to provide the properties of the lifting beam – dimensions, yield strength, elasticity etc.
All inputs are in blue cells. The other cells should be left untouched.
Some default values for some inputs are provided. These can be used when actual values are not available.

Assumptions and limitations
1. The lifting lugs on the top and bottom of the beam are on the same vertical. The lifting points on the lifted object are directly below the beam lifting lugs.
2. Spreader beams – which take compressive forces – are NOT covered under this application.
3. The lifting beam is assumed to be horizontal.

References
1. DNVGL-ST-N001 Marine Operations and Marine Warranty
2. AISC ASD 9th Edition
3. ISO 19901 – 05

Release Notes
Version Date
0.0 2-Jun-20

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