Provides the student and professional mechanical engineer with a
reference text of a practical nature. Using illustrations and
tables throughout, this book provides quick and clear access to
information and includes examples of detailed calculations on
many of the applications of technology used by mechanical and
production engineers, draughtsmen and engineering designers.
Designed for engineers, this book can also be used by those in
related branches of engineering such as production, marine,
offshore, mining, mineral and in particular that of design.
Has been developed and written specifically to fill a need for
mechanical engineers and mechanical engineering students
throughout the world. Designed as a portable reference with a
depth of coverage not found in 'pocketbooks' of formulae and
definitions but without the verbosity, high price and excessive
size of other encyclopedic works, the Handbook: * Covers all
major areas of mechanical engineering with succinct coverage of
the definitions, formulae, examples, theory, proofs and
explanations of all principle subject areas * Boasts over 1000
pages, 550 illustrations, and 26 tables * Is comprehensive, yet
affordable, compact, and durable with strong 'flexible' binding
* Possesses a true handbook 'feel' in size and design with a
full colour cover, thumb index, cross-references and useful
printed endpapers.
This work provides an encyclopedic collection of drawing and
articles on mechanisms and mechanical devices and their
practical application in modern products, machines and systems.
This complete sourcebook contains 2501 drawings in descriptive
articles and extensive pictorial directories. This reference
explains how various components work in machine tools,
production and process plants, aircraft, automotive and
construction equipment, instruments and consumer goods. This new
edition also features more information on electromechanical
devices.
Offering encyclopedic coverage of every aspect of mechanical
engineering, this guide supplies fundamental information in
areas such as mathematics, mechanics, thermodynamics, power
generation and transmission, materials of construction, machine
elements and materials handling.
Celebrating its 90th year, the newest edition of "The
Bible" in its field brings together volumes of knowledge,
information and data gathered, revised and improved upon from
experts throughout the mechanical industries. Extraordinarily
comprehensive yet easy to use since it premiered, Machinery’s
Handbook provides mechanical and manufacturing engineers,
designers, draftsmen, toolmakers, and machinists with a broad
range material, from the very basic to the more advanced. It has
always, and continues to provide industry fundamentals and
standards while it moves into the 21st century with material
reflecting technological advances and offering vast editorial
improvements, making the 27th Edition the best
tool…ever!
A comprehensive text on mechanical technology for students of
mechanical engineering. Coverage is provided of stress analysis,
dynamics, thermodynamics and fluid mechanics. This edition has
an expanded section on heat transfer.
The standard comprehensive sourcebook on ball and roller
bearings – now fully revised and updated. The Fourth Edition
of Rolling Bearing Analysis reflects the latest developments in
this crucial sphere of mechanical and tribological engineering.
As central operating components in industrial, automotive, and
aerospace mechanisms, ball and roller bearings are subjects of
continual research and development. Yet, few of today’s
engineers understand the inner workings – in terms of
lubrication, friction, wear, and functional, wear, and
functional endurance – of those common, but crucial, elements
in mechanical power transmissions. Readers will find a complete
range of information on roller bearings designed for
applications involving heavy loads, high speeds, and temperature
extremes. Throughout, close consideration is paid to the
advanced technological methods currently available for
predicting bearing operating parameters and life expectancy in
such applications.
Presenting theory, computational aspects and applications in as
simple a manner as possible, this text on vibration engineering,
now in its third edition, is a straightforward introduction to
the subject. It provides thorough coverage of basic material
with both mathematical and physical insight. This edition
features increased use of real-world examples and problems and
the addition of open-ended design problems and examples. Fortran
programs are included on an accompanying disk.
This third edition offers an overview of the techniques used to
solve problems in fluid mechanics on computers and describes in
detail those most often used in practice. Included are advanced
techniques in computational fluid dynamics, like direct and
large-eddy simulation of turbulence, multigrid methods, parallel
computing, moving grids, structured, block-structured and
unstructured boundary-fitted grids, free surface flows. There is
also a new section dealing with grid quality and an extended
description of discretization methods. The book shows common
roots and basic principles for many apparently different
methods. It also contains practical advice for code developers
and users, and is designed to be equally useful to beginners and
experts.
This text on the design of machine elements has been revised to
include modern design topics and case studies from the industry.
Each chapter opens with a case study or anecdote designed to
show students the practical relevance of what will be discussed
in the coming chapter.
This text provides a guide to the operation of hydraulic and
pneumatic systems for engineers and technicians. This second
edition has been updated to include simple mathematics of pipe
flow and pressure drops, proportional valves and electronics
cards and an updated industrial safety section.
This book makes possible the accurate geometrical solution of
all problems of pattern development normally encountered, by
giving examples arranged according to a systematic plan which
progressively illustrates the underlying principles. In the five
“courses” into which the book is divided, the three basic
methods of Radial Line, Parallel Line and Triangulation are
applied in more and more complex examples, culminating in the
solution of difficult problems of pipe intersection, twisted
surfaces and spiral chutes. Each stage in the solution of the
problem is clearly explained and shown in detailed drawings, and
the superiority of the accurate geometrical method, in terms of
time and material saved, is effectively demonstrated. All sheet
metal workers will find this book invaluable.
For courses in Metallurgy and Materials Science. Co-authored by
Kenneth G. Budinski and Michael K. Budinski, his son, with over
50 years of combined industry experience in the field, this
practical, understandable introduction to engineering materials
theory and industry-standard selection practices provides
students with the working knowledge to (1) make an informed
selection of materials for engineering applications and (2)
correctly specify materials on drawings and purchasing
documents. Encompassing all significant material systems-
metals, ceramics, plastics, and composites-this text
incorporates the most up-to-date information on material usage
and availability, addresses the increasingly global nature of
the field, and reflects the suggestions of numerous adopters of
previous editions.
UK Reviews, Pricing and Ordering Information.
USA Reviews, Pricing and Ordering Information.
Deutschland Reviews Pricing and Ordering Information.
