Tool Life of Segmental Saw at Cutting Stainless Steels
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“Tool life of segmental saw at cutting of stainless steels”
- Statistical methods in evaluation of tool life for cold circular segmental saw play the important role in manufacturing processes at cutting of stainless and heat-resistance steels for the reasons that they reduce time and money for experimental laboratory works.
- The most important factors which influence on increasing of tool life for segmental saw in manufacturing relate to such two things as:
- A good quality of cold circular segmental saw
- And good technological accuracy of sawing machine.
- Experimental-statistical data used in this book show that presence of primary error saw considerably reduce the total tool life of this saw and increase the rate consumption of circular segmental saw in production.
- And besides tool life of segmental saw considerably depends from geometrical parameters of its rough-slotting and finish-scraping teeth ,such as difference between of rough-slotting and finish-scraping teeth ,hook angle ,clearance angle and chamber angle and also from tooth height of these teeth.
- The industrial experiments in evaluation of tool life at cutting stainless steels show that tool life of cold circular segmental saw considerably depends from cutting conditions , such as speed and minute saw feed and its value decreases with increasing of above-named parameters.
- Analysis of tool life for segmental saw in industrial experiments at cutting stainless and heat-resistance give also the possibility to define the optimum cutting conditions and to appoint the best geometrical parameters of teeth segmental saw.
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About the Book
In this book a big attention given to cutting process of rolling bars from stainless and heat-resistance steels. For realization of this cutting process into practice with using of cold segmental saws, in detail are considered such important questions as technological accuracy of sawing machines and quality control of cold circular segmental saws.
Experimental-statistical data made in industry conditions for cutting of stainless steels show that the most important factors which influence on increasing of tool life for segmental saw in manufacturing relate to such two things as: a good quality of cold circular segmental saw and technological accuracy of sawing machines.
This book consists from four parts in which are considered “Statistical methods in evaluation of tool life for circular segmental saw” and are shown functional analysis of tool life for saw in dependence from its geometrical parameters, cutting conditions and then are defined the optimum geometrical parameters of teeth saw which guarantee the minimum of wear saw and high tool life in whole at cutting of stainless steels .
About the Author
As the creative personality, Independence Scientist and Inventor, Anatoly Rozenblat ,has received a fundamental technical education in field of Manufacturing and Mechanical Engineering, Applied mathematics and Patent Affairs.
He graduated the Odessa Institute of Marine (Maritime) Engineers in 1967 and also finished some different courses in Odessa Polytechnic Institute ,
Rozenblat published more 80 scientific papers, posses 30 innovations and 12 different books. He was born in
In 1993 his many innovations having the practical interest for American industry were described in Newsletter NCIO(USA) entitled “ Inventor from
His biography was published in the different editions of