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Point loads are forces which can be applied at a node or at a point along a member. In both cases, the location, magnitude, and sign direction need to be specified. Forces which are applied at an angle to the node or member can be specified by providing the X,Y,Z components of the force.

To apply a point load on a node, simply specify values for:

- Point Load ID - The numerical ID used to identify each point load.
- Node ID - The node where the point load is applied.
- X Magnitude - The magnitude of the force in the global X direction. Use negatives to specify the negative X direction.
- Y Magnitude - The magnitude of the force in the global Y direction. Use negatives to specify the negative Y direction.
- Z Magnitude - The magnitude of the force in the global Z direction. Use negatives to specify the negative Z direction.
- Load Group - Loads can be grouped with Load Group numbers. The Load Groups can then be multiplied by a factor in the 'Load Combos' menu. Optional.

To apply a point load on a member, simply specify values for:

- Member ID - The member where the point load is applied.
- Position Along Member - The % position (from node A t B) along a member where the force is to be applied.
- X Magnitude - The magnitude of the force in the global X direction. Use negatives to specify the negative X direction.
- Y Magnitude - The magnitude of the force in the global Y direction. Use negatives to specify the negative Y direction.
- Z Magnitude - The magnitude of the force in the global Z direction. Use negatives to specify the negative Z direction.
- Load Group - Loads can be grouped with Load Group numbers. The Load Groups can then be multiplied by a factor in the 'Load Combos' menu. Optional.

Here's a short example of how to apply a point load at an angle. Say you want to apply a -100kN load at a 30* angle to the XY plane. Seeing as there are infinite planes and directions we can apply this point load to, we need to use the magnitude to specify the force at an angle.

We need to break the force into two parts: the X magnitude and Y magnitude, we would do this as follows:

Xmag = -100cos(30) = -86.602 kN

Ymag = -100sin(30) = -50 kN

Combined this will create a 100 kN force at a 30* angle: