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This new volume offers a variety of perspectives from
investigators, industry professionals, stakeholders, and economic
strategists that look at new ways of solving optimization problems
related to different industrial sectors. Case studies relay how
optimization methods deal with both real operative conditions in
process industries and in service industries. The volume also
explores emerging research areas toward the implementation of
optimization algorithms for enhancement of system performance as
well as system effectiveness. The book explores the role of
optimization methods in engineering applications in industrial and
mechanical engineering as well as in the fields of
healthcare/medicine, food production, oil, textiles, energy, and
agriculture. The volume offers new ways of solving optimization
problems related to different industrial sectors, incorporating
mathematical formulation for particular design problems and thus
aiding the selection of the optimal design among many alternatives.
It shows optimization methods that deal with actual operative
conditions both in process and in service industries. A unique
advantage of this volume is its wide range of topics in different
engineering domains using novel mathematical modeling-based
optimization methods for solving the real-life problems. The array
of examples and case studies of the effective use of optimization
in diverse areas of engineering include healthcare analysis and
monitoring (fetal phonocardiography), medical device design (3D
printing design for protheses), agriculture/farming (monitoring
climate conditions), environmental science (waste management),
automotive and aeronautic design, industrial manufacturing, solar
energy, and more. Key features: Presents case studies on
optimization problems related to industry Discusses case studies on
operations management practices optimization Provides an overview
of design optimization Highlights case studies on process
optimization Assesses different techniques for handling engineering
problems This valuable book will be useful for researchers,
scientists, faculty, and students involved or interested in the
field of optimization engineering in industrial design.
Discusses importance of data analytics in industrial operation for
improving economy. Provides step-by-step implementation of
operation management models for identifying best practices. Covers
in-depth analysis using data-based operation management tools and
techniques. Discusses mathematical modelling for novel operation
management models for solving industrial problems.
This book addresses reliability, maintenance, risk, and safety
issues of industrial systems with applications of the latest
decision-making techniques. Thus, this book presents chapters that
apply advanced tools, techniques, and computing models for
optimizing the performance of industrial and manufacturing systems,
along with other complex engineering equipment. Computing
techniques like data analytics, failure mode and effects analysis,
fuzzy set theory, petri-net, multi-criteria decision-making (MCDM),
and soft computing are used for solving problems of reliability,
risk, and safety related issues.
This book addresses reliability, maintenance, risk, and safety
issues of industrial systems with applications of the latest
decision-making techniques. Thus, this book presents chapters that
apply advanced tools, techniques, and computing models for
optimizing the performance of industrial and manufacturing systems,
along with other complex engineering equipment. Computing
techniques like data analytics, failure mode and effects analysis,
fuzzy set theory, petri-net, multi-criteria decision-making (MCDM),
and soft computing are used for solving problems of reliability,
risk, and safety related issues.
In order to deal with the societal challenges novel technology
plays an important role. For the advancement of technology,
Department of Industrial and Production Engineering under the aegis
of NIT Jalandhar is organizing an "International Conference on
Industrial and Manufacturing Systems" (CIMS-2020) from 26th -28th
June, 2020. The present conference aims at providing a leading
forum for sharing original research contributions and real-world
developments in the field of Industrial and Manufacturing Systems
so as to contribute its share for technological advancements. This
volume encloses various manuscripts having its roots in the core of
industrial and production engineering. Globalization provides all
around development and this development is impossible without
technological contributions. CIMS-2020, gathered the spirits of
various academicians, researchers, scientists and practitioners,
answering the vivid issues related to optimisation in the various
problems of industrial and manufacturing systems.
This book presents the select proceedings of the International
Conference on Industrial and Manufacturing Systems (CIMS 2020). It
presents the current scenarios and future advancements in the
domain of industrial engineering under context of optimum value.
Various topics covered include optimisation and its applicability
in the various areas of industrial engineering like selection of
designing parameters and, decisions related to conditions of
optimum process/operation parameters, facilities planning and
management, transportation and supply chain management, quality
engineering, reliability and maintenance, system optimization,
product design and development, human factors and ergonomics,
project management, service system and service management, waste
management, sustainable manufacturing and operations, systems
design, lean manufacturing, and performance measurement. This book
will be useful for the students, researchers and professionals
working in the area of industrial and production engineering.
A large number of tungstate (AWO4) and molybdate (AMoO4), where 'A'
stands for large size divalent ions like Ca, Pb or Ba are naturally
occurring crystals. Their scheelite structure is characterized by
tetrahedrally coordinated (WO4)2-/(MoO4)2- group positioned at four
corners of a unit cell and the divalent A2- located at bcc is
octahedrally coordinated with oxygen ions. Though scheelites have
been investigated for over 50 years, issues related to their
luminescent emission still remained unresolved. In this thesis
single crystal growth experiments on lead molybdate PbMoO4 (PMO),
barium tungstate BaWO4 (BWO), and sodium bismuth double tungstate
NaBi(WO4)2 (NBW) have been carried out using the Czochralski (CZ)
technique. Structural, electronic and optical properties of these
three crystals, all having the same crystalline structure were
investigated experimentally as well as theoretically. Specific
aspects as (a) material synthesis (b) crystal growth (c)
transmission and coloration (d) photoluminescence and (e)
electronic structure have been discussed in detail.
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