I recently attended a briefing, arranged by the White House, regarding the Treasury's tax simplification plan. A
Treasury Undersecretary explained that their goal was to come up with a tax code that was "fair" to everyone.
The gear hobbing process is a generating type of production operation. For this
reason, the form of the hob tooth is
always different from the form of the
tooth that it produces.
As we approach the problem of hard gear processing, it is well to take a look at the reason for discussing it at this time. In our present economic atmosphere throughout the world, more and more emphasis is being placed upon efficiency which is dictated by higher energy costs.
Austempering heat treatments
(austenitizing followed by rapid cooling
to the tempering temperature) have been
applied to nodular irons on an experimental basis for a number of years, but commercial interest in the process has
only recently come to the surface.
This article describes a new technique for the size determination of external Involute splines by using a span measuring method. It provides application performance information
demonstrating how this method and its
measurements correlate with the traditional spline ring gage sizing method.
The fundamental purpose of gear
grinding is to consistently and economically produce "hard" or "soft" gear tooth elements within the accuracy required by the gear functions. These gear elements include tooth profile, tooth spacing, lead or parallelism, axial profile, pitch line runout, surface finish, root fillet profile,
and other gear geometry which contribute
to the performance of a gear train.
The cost of teaching salesmen the ins
and outs of gearing has proven to be expensive. Your journal is Just what we
have been looking for. We found your
article on lubrication analysis on gearing
very interesting. More on the basics and
more on lubrication would be appreciated.