rake angle

But only the first balcony and main floor, which lost its raked angle in an earlier renovation, will be open for now.

It's all about the steering geometry, what with rake angles and such.

There are three types of rake angles: positive, negative, and zero.

An extremely low or flat rake angle is considered to be "fast", as in fastback.

Motorcyclists tend to speak of trail in relation to rake angle.

The rake angle can be positive or negative.

The larger the rake angle the larger the trail.

Note that, on a bicycle, as rake angle increases, head angle decreases.

In 1934 all the Rosalies received a facelift which involved applying a gently raked angle to the front grill.

Typically, finishing cutters have a higher rake angle (tighter helix) to give a better finish.

The Speedster features a windscreen 70mm shorter than the standard 997 cabrio while maintaining the same rake angle.

The fork was more pronounced with a higher rake angle and came with adjustable shock absorbers.

There is also a choice of coatings, as well as rake angle and number of cutting surfaces.

The main features of a chopper that make it stand out are its longer frame design accompanied by a stretch front end, or increased rake angle.

Snow tumbled towards the windscreen at a sharply raked angle and the wipers clouted it away.

More obtuse angles will produce a negative rake angle which increases the strength and longevity of the bur.

Required rake angle arose from early times when lightweight bicycles suffered fork failures from road shock.

In machining the rake angle is that which measures the cutting angle of the cutting head to the object being worked on.

Negative rake angles, by contrast:

Generally, positive rake angles:

More acute angles will produce a positive rake angle which has a sharper blade, but which dulls more quickly.

Recommended rake angles can vary depending on the material being cut, tool material, depth of cut, cutting speed, machine, and setup.

Rake angle is a parameter used in various cutting and machining processes, describing the angle of the cutting face relative to the work.

Each grain of abrasive functions as a microscopic single-point cutting edge (although of high negative rake angle), and shears a tiny chip.

The rake face which directs the flow of newly formed chip, is oriented at a certain angle is called the rake angle "α".