> For the complete documentation index, see [llms.txt](https://docs.openbrim.org/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.openbrim.org/templates/cable-stayed-bridge-workflow/access-hole-design-csb/access-hole-load-csb.md).

# Access Hole Load \[CSB]

The Access Hole Load workflow item is used to define edge loads applied to a previously defined Access Hole Model. Loads can be specified independently on each of the four edges of the plate.

## General

**Plate:** Select the Access Hole Model on which the loads will be applied.

## Left Edge Load

**Fx:** The force applied in the X direction on the left edge.

**Fy:** The force applied in the Y direction on the left edge.

**Fz:** The force applied in the Z direction on the left edge.

**Mx:** The moment applied about the X axis on the left edge.

**My:** The moment applied about the Y axis on the left edge.

**Mz:** The moment applied about the Z axis on the left edge.

## Right Edge Load

**Fx:** The force applied in the X direction on the right edge.

**Fy:** The force applied in the Y direction on the right edge.

**Fz:** The force applied in the Z direction on the right edge.

**Mx:** The moment applied about the X axis on the right edge.

**My:** The moment applied about the Y axis on the right edge.

**Mz:** The moment applied about the Z axis on the right edge.

## Top Edge Load

**Fx:** The force applied in the X direction on the top edge.

**Fy:** The force applied in the Y direction on the top edge.

**Fz:** The force applied in the Z direction on the top edge.

**Mx:** The moment applied about the X axis on the top edge.

**My:** The moment applied about the Y axis on the top edge.

**Mz:** The moment applied about the Z axis on the top edge.

## Bottom Edge Load

**Fx:** The force applied in the X direction on the bottom edge.

**Fy:** The force applied in the Y direction on the bottom edge.

**Fz:** The force applied in the Z direction on the bottom edge.

**Mx:** The moment applied about the X axis on the bottom edge.

**My:** The moment applied about the Y axis on the bottom edge.

**Mz:** The moment applied about the Z axis on the bottom edge.


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