Anchors Calculator v1

Price: £20.00 (£20.00 Inc. VAT)
Anchors calculator

Subject

An anchor is a fixing to a foundation or structure that is expected to remain secure whilst subjected to one or more loads.

Whilst each applied load may be induced from any distance and angle relative to the anchor location, the anchor is assumed to remain transfixed.

The forces applied to any anchor may be designated vectors according to an x,y,z co-ordinate system acting linearly and proportionally relative to each axis.

Similarly, the moments applied to any anchor may be designated according to the same x,y,z co-ordinate system acting about each axis.

Dependent upon personal or project preferences, the vertical axis may be 'y' or 'z', either orientation requiring different force vectors and giving different results. But, whilst the resultant forces and moments will look different, the assimilated load on the anchor will be identical, irrespective of the co-ordinate system adopted.

Calculator

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Anchors offers the user either co-ordinate system option; 'y-up' or 'z-up', but care must be taken with the input data to ensure that the correct vectors are used. As the user switches between co-ordinate options, the anchor calculator automatically resets the co-ordinate values.
The user may apply a single force to the anchor, which may originate at any x,y,z location and any angle relative to the co-ordinate origin (0,0,0).

This load will be applied to all the anchors in the structure (1 to 10) calculating the respective forces and moments at each anchor. It will also provide the moments at the co-ordinate origin (0,0,0) in all three directions (x,y,z).

For help on using this calculator see Technical Help

Anchors Calculator - Options

For both calculation options ('y-up' and 'z-up'), the input and output data are as follows:

You enter any one of the following: and the anchors calculator will provide all of the following:
  • applied force (1 to 10)
  • angle α (1 to 10)
  • angle β (1 to 10)
  • distance 'x' from 0,0,0
  • distance 'y' from 0,0,0
  • distance 'z' from 0,0,0
  • force in direction 'x'
  • force in direction 'y'
  • force in direction 'z'
  • moment about 'x' axis @ 0,0,0 & each anchor
  • moment about 'y' axis @ 0,0,0 & each anchor
  • moment about 'z' axis @ 0,0,0 & each anchor

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