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Wood Poles

Updated over a month ago

Wood pole parameters can be found in the Wool pole tab of the Poles library.

General

The general section contains both read only and writable fields.

Field Name

Description

Name

User entered name of the pole

Length

Length of the wood pole

Material

Read only - automatically set to wood

Default Sink Depth

Default embedment depth pole will be installed at

Mass

Read only - calculated based on geometry and the density data

Density

Density of the material

Drag Coefficient

Drag coefficient used in wind calculations used to account for pole resistance to wind

Price

Price data used for cost estimates

Tags

Tags used for different strength reduction factors

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Pole Shape

This section defines the shape of the wood pole. All wood poles are defined by three independent points and assumed to be solid round poles.

Field Name

Description

Diameter Butt

Diameter of the butt (bottom) of the pole

Diameter Ground

Diameter at the point of the Default Sink Depth

Diameter Tip

Diameter at the tip of the pole

Pole Strength

The pole strength can be defined as either a tip load or a Modulus of Rupture. Defining one of these parameters will automatically derive the other. For more information about this calculation, see Derive MoR from Tip Load.

Field Name

Description

Breaking Tip Load

The equivalent breaking tip load of the pole

  • This will be derived if Derive MoR from Tip Load is unchecked

Derive MoR from Tip Load

This controls if the Breaking Tip Load or Modulus Of Rupture is the master data or derived data

  • If checked then Breaking Tip Load is the master data

  • If unchecked then Modulus Of Rupture is the master data

Modulus Of Rupture

The maximum stress a material can withstand before fracturing or yielding

  • This will be derived if Derive MoR from Tip Load is checked

Pole Elasticity

This section defines the flexibility of the pole which controls how much it will deflect when a load is applied. For more information, see Pole Elasticity, Shear Modulus and Poisson's Ratio.
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