Maintenance costs, as defined by normal plant accounting procedures, are
normally a major portion of the total operating costs in most plants. Traditional
maintenance costs (i.e., labor and material) in the United States have escalated at
a tremendous rate over the past 10 years. In 1981, domestic plants spent more
than $600 billion to maintain their critical plant systems. By 1991, the costs had
increase to more than $800 billion, and they were projected to top $1.2 trillion by
the year 2000.
This book addresses, in a simplistic manner, the proper principles and
techniques in “Best Maintenance Practices—Mechanical.”
If these principles and techniques are followed, they will result in a serious
reduction in “self-induced failures.” This book is a tool that should be carried
and referenced by all mechanical maintenance personnel.
A number of surveys conducted in industries throughout the United States
have found that 70% of equipment failures are self-induced.
(BQ) Part 2 book "Machinery component maintenance and repair (Volume 3 - 3rd edition)" has contents: Balancing of machinery components, ball bearing maintenance and replacement, repair and maintenance of rotating equipment components, centrifugal compressor rotor repair, protecting machinery parts against loss of surface.
The article deals with a research on the design and manufacturing of a dynamic balancing machine, using dynamic load sensors and optical one, for calculating the unbalanced mass in thick rotating part on two choosen correction planes. Dynamic load sensors attached to the bearing supports of the machine help us determine the reaction forces generated by the unbalanced mass of the rotor. These load signals are filtered and digitized at a sampling rate which is synchronous to the rotor via an optical sensors.