In recent times a lot of interest has been directed to the study of
tool wear due to its influence on the technological performance of
machining operations such as tool life, cutting forces, cutting
power and surface finish. These studies have mostly been guided by
an ever increasing demand for design of more efficient machine
tools and cutting tools and due to increased use of unmanned
machining centres where on- line monitoring of tool condition is
very vital.The present text provides an exhaustive analysis of the
chip forming process while machining with a worn tool using the
rigid-plastic slipline field theory. Tool-chip interface friction
is assumed to be adhesion and the fields are analysed by the matrix
operational procedure with and without the assumption of an elastic
contact region both for machining with chip curl and also for the
case, when the chip streams past the cutting tool producing the
straight chip. The book provides enough information on the effect
of tool wear on cutting forces, force ratio and interface coulomb's
friction and is bound to be of value to those engaged in metal
cutting research both in industry and academia.
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