Joint Push Pull Access

In truss structures, joints are analyzed based on the "Method of Joints."

Joint Push Pull allows the user to extrude a face along its normal (perpendicular) direction, maintaining the geometry of curved surfaces. It creates thickness on complex shapes, such as organic terrain, curved walls, or fabric structures.

Whether you are designing a prosthetic limb, building a lightweight bridge, or leading a digital transformation, look for the hidden counterforce. Ask: What is the necessary “pull” to balance this “push,” or vice versa? The joint answer will be stronger, smoother, and more sustainable than either force alone. joint push pull

The toolset typically includes three distinct modes of operation:

For the , it is the bridge between flat 2D surfaces and complex, organic solid forms. It solves the geometric puzzle of how to give thickness to a sphere or a curved wall without distorting the design. In truss structures, joints are analyzed based on

In construction quality control, a (often referred to as a Push-Pull test in the context of shear connectors) is used to determine the bond strength between layers.

| Feature | Digital Modeling (SketchUp) | Structural Engineering | | :--- | :--- | :--- | | | A tool to add thickness to curved surfaces. | A connection point resisting opposing forces. | | Core Mechanism | Vertex translation along normals. | Force equilibrium (Vector summation). | | Key Application | 3D visualization, BIM modeling, fabrication. | Bridge design, concrete testing, truss analysis. | | Outcome | A geometrically solid 3D object. | A safe, stable structural connection. | Ask: What is the necessary “pull” to balance

In business and project management, a “joint push-pull” refers to a balanced strategy for driving change or achieving goals.