If you want to start to learn how to "spline" polynomial curves together into one continuous curve, this is the article for you. WARNING: The material in this series of articles is very math-intensive ...

The ball spline, now 55 years old, is a motion component that has stood the test of time but has not stood still. Indeed, in recent years, this innovation has evolved with sizes and designs that allow ...

What makes rotary ball splines ideal for dual motion How preload influences spline performance Why groove shape and ball contact matter The pros and cons of crossed-roller vs. angular-contact bearings ...

Ball splines provide nearly friction-free linear motion while simultaneously transmitting torsional loads. The path of the bearing balls is straight, not helical, which allows for a very efficient ...

Spline shafts are mechanical components that provide anti-rotation when functioning as a linear guide or otherwise transmit torque. The splines, grooves, or tongues are machined along the length of ...

Spline methods constitute a cornerstone of modern geometric design, providing versatile and efficient tools to represent curves and surfaces in a piecewise-polynomial fashion. Originating from ...

T-Splines models are seamless, meaning that portions of a low-resolution model can be high detail, with no gaps in between. In addition to the speed gained by using T-Splines, users may convert to and ...