The bumps and grinds business has gone scientific. Camshaft technology has advanced dramatically in recent years, and nowhere is this newfound sophistication more readily apparent than on the street.

If we were to ask for a show of hands, it’s a safe bet to assume many enthusiasts would reluctantly admit that camshaft theory is one of those topics that causes more than a little consternation. You ...

The science behind camshaft design is as advanced as anything in a race car, so most of us-including experienced engine builders-depend on the manufacturer to help spec the right cam for a particular ...

When selecting the perfect cam to match your performance needs, prospective buyers face the daunting task of choosing from 260-, 270- and 300-degree duration camshafts. What does it all mean and is ...

When the function of a camshaft(s) is explained to non-mechanically-inclined types, it's sometimes referred to as the "brain" of an engine. Most engines will live their entire lives with the stock cam ...

The foundation of SolidWorks CAM is Knowledge-Based Machining, which will allow machine shops to define standard machining strategies that can be used by everyone in the organization, from quoting to ...

This third installment in the golf putter design series moves the process from reverse engineering and additive manufacturing to CAD/CAM software. Turning attention to the role of CAD/CAM software in ...

Autodesk Inc., the leader in 3D design, engineering and entertainment software and the National Institute for Metalworking Skills (NIMS) are partnering to develop the first-ever industry recognized ...

Computer-aided manufacturing is a software tool that assists engineers, architects, and other professionals to design and manufacture objects. CAM software refers to use of computer to assist all ...