Since the time of the Industrial Revolution, manufacturing
industries have accumulated a huge experience in creating different
machines and systems for fabricating various goods, work parts, and
products. All these diverse machines and systems, with different
designs to solve pivoted economic problems, increased the
productivity rate of manufacturing processes and generated
high-quality products. In the area of productivity theory for
industrial engineering, there are numerous publications that
describe the fundamental approaches and the mathematical models of
productivity rate for the different designs of industrial machines
and systems. Known theories consider the physical productivity rate
as the number of products fabricated over a given time (ASME) that
is a component of economic productivity. However, known
mathematical models are simplified with assumptions and not well
developed analytically, which can lead to severe errors in
computing the output of manufacturing systems. Modern industrial
machines and systems are complex in design and in structure with
serial, parallel, and serial-parallel arrangements, and any failure
of any component leads to downtime of expensive production systems.
For this reason, industries need a productivity theory that enables
accurate predicting of the output of manufacturing systems at the
preliminary stages. Key features Offers fundamental principles of
productivity theory for industrial machines and systems based on
mathematics, technology, design, reliability, probability, and
management Presents the conceptual principles of productivity
theory for industrial machines and systems Provides methods for
computing productivity losses in real industrial environments
Closes the gap between theory and practice for computing
productivity rates of manufacturing systems Incudes a comparative
analysis of productivity rates for manufacturing systems of serial,
parallel, and serial-parallel arrangements Productivity Theory for
Industrial Engineering presents analytical approaches and methods
to define maximal productivity rates, optimal machining regimes,
and optimal structure of manufacturing machines and systems based
on the parameters of technological processes, structural design,
reliability of mechanisms, and management systems. This book uses
productivity theory for solving productivity problems and can also
be used for complex approaches for sustainable improvement of
production processes.
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