 From today no one has to register to download content from ExcelCalcs.
So Why Register? You need to register so that you can participate
fully with the ExcelCalcs community. As a registered member:
- You'll get free XLC support through the site forum.
- You can ask authors about their calculations in the forum.
- You can subscribe to a calculation and we'll notify you when it is changed or is corrected.
- You can keep a list of your personal favourite calculations so you can find them again quickly.
- When you visit the site we'll highlight what's changed since you last logged in.
- You can upload your own calculations (and we'll love you for it).
- You have the option of subscribing to our 'getting started' emails which will get you up to speed quickly.
- You have the option of subscribing to the Excelcalcs Newsletter. Our regular email will keep you informed about new repository calculations and enhancements to XLC.
- Please note that all our emails include unsubscribe links (we hate spam too!).
- Your details are never divulged to third parties.
Repository News
Shear Friction ACI 318-02.xls by
jpriley485
 I'm not much of a spreadsheet writer, but I could find nothing on the
subject of shear-friction. This is my first submittal, and I'm sure it
won't meet the submittal standards; I don't know how to add links,
etcetera. Possibly someone else could spruce it up. It is "protected"
without password as a precaution against altering formulaed cells. John
Riley, SE
Calculation Reference
ACI
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Forum Link
Comment upon or discuss this document in the Forum (subscribe to this topic to be notified of changes).
gowelding.com Weld Calculations from John Dyson
Description:
T Fillet Weld - Formula for calculating the stresses in a fillet weld.
Lap Fillet Weld - Formula for calculating the stresses in lap fillet welds subject to shear.
Cantilever - Fillet welded cantilever subject to bending and shear
Lap Joint Subject To Torsion - Fillet welded lap subject to Torsion and shear
Rectangular Block Subject To Torsion - Rectangular and fillet welded
and subject to Torsion T Butt Weld Subject To Torsion - Full
Penetration T Butt welded Cantilever subject to Torsion Lap Joint
Subject To Bending and Shear - This calculation method is one I came up
with. Unfortunately I couldn't find a similar joint in any technical
reference to verify it.
Calculation Reference
Welded Joint Design - Hicks
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Handbook For Welding Design
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Forum Link
Comment upon or discuss this document in the Forum (subscribe to this topic to be notified of changes).
beams.xls from John Dyson www.gowelding.com
Finite element beam solver based from the excellent www.gowelding.com
Theory fully explained on the gowelding site .
The gowelding site is run by John Dyson. He is a Chartered Engineer
involved in the design and commissioning of pressurised plant and
equipment. He is also a registered European Welding Engineer. The
purpose of this web site is to share technical information in the field
of welding and welding related activities. It has no affiliation to any
organisation or company
Calculation Reference
Finite element
| Find on Amazon.com | Find on Amazon.co.uk | Find on Amazon.fr | Find on Amazon.de | Find on Amazon.ca |
Forum Link
Comment upon or discuss this document in the Forum (subscribe to this topic to be notified of changes).
|
ExcelCalcs News 
US 
