Foundation Design and Construction has long been established as
the most comprehensive and authoritative guide to the subject.
The combination of soil engineering principles, design
information, and construction details, makes this book an
essential resource for undergraduates and practitioners alike.
The text first introduces basic theory and then, by means of
case studies, practical worked examples and design charts,
develops an in-depth understanding of foundation design and
construction methods. Types of foundation covered include
shallow strip, pad and raft, basement structures, driven and
bored piles, and deep shafts. Practical information is also
given on foundation design for swelling and shrinking clays,
filled ground and mining subsidence areas. In addition the text
contains a useful introduction to computer-aided design. The
seventh edition has been brought up-to-date with recent
developments in foundation design and construction techniques.
These include recent research undertaken by the Construction
Industry Research and Development Association (CIRIA) leading to
new methods and design rules, and a discussion of the
requirements for the latest draft of Eurocode 7- Geotechnical
Design.
This work provides a straightforward introduction to the
principles and methods of design for concrete structures. It is
directed primarily at students and young designers who require
understanding of the basic theory and a concise guide to design
procedures. The theory and practice described in the book are of
a fundamental nature and will be of use internationally. Limit
state concepts are used, and the calculations are in SI units
throughout. The principal aim of the fifth edition has been to
update the text to incorporate changes and amendments introduced
in the 1997 version of BS8110 and to include new material such
as pile cap design. A complete new chapter on composite
construction has been introduced. Important equations that have
been derived within the text are highlighted by an asterix
adjacent to the equation number.
This text adopts a methodical approach to the process of
planning and control exercised by the contractor during the
pre-tender, pre-contract and construction phases of projects
through the application of various planning techniques to a
number of case studies in both building and civil engineering.
To develop a fundamental understanding of the factors which
influence the successful management of time on projects, the
book explores the implications of new forces that are changing
the way the construction industry operates, including the
"Latham" culture and new health and safety
legislation, such as the Construction (Design and Management)
Regulations. A number of planning applications are explained,
including linked bar charts, networks and precedence diagrams,
together with techniques used for repetitive projects, such as
line of balance and time-chainage diagrams. The text also
incorporates examples of budgetary control and cost-value
reconciliation procedures.
Construction Technology provides a comprehensive introduction to
every aspect of the technology of domestic low-rise
construction, including elements of commercial construction, and
the principal associated legislation.
Based on Construction Technology Volumes 1 and 2, this combined
new edition has been updated in line with contemporary
legislation and practice. In addition a substantial amount of
new material has also been included in order to cover recent
developments in technology affecting the construction industry.
The style of the original books by Roy Chudley has been
retained, avoiding lengthy descriptive passages and leaving the
original diagrams to illustrate best practice and techniques.
This book covers the basic elements of substructure (site works,
setting out and foundations) and superstructure (flooring and
roofs, simple finishes, fittings and fixtures) as well as basic
services such as water, gas electricity and drainage. It also
considers low-rise framed industrial and commercial buildings.
A valuable resource, particularly for students who, whether
budding architects or surveyors, should appreciate the detail of
its explanations. Updated and revised, this latest edition
integrates text with illustrations to provide a reader-friendly
layout and to aid accessibility of information.
Volume 2 of the five-volume series which provides a grounding in
building technology covers windows, doors, stairs, fires, and
internal and external finishes. It has been revised in a new
format and updated to take account of changes to the Building
Regulations.
This new edition takes account of the effect of new materials on
the form of structural frames and the requirements for enhanced
insulation and moisture vapour checks. It also includes new
sections on composite frames of concrete and steel, the use of
tilt-up constructions and single ply roof membranes.
This volume deals with more complex multi-storey and
industrial/commercial buildings. It has been revised to bring it
into line with the series design and includes details on
structural sealant glazing, solid brick and block internal
walls, and metal stud partitions for non-loadbearing partitions.
Since publication of the first volume of The Construction of
Buildings in 1958, the five volume series has been used by both
lecturers and students of architecture, building and surveying,
and by those seeking guidance for self-build housing and works
of alteration and addition. Volume 5, which deals with building
services (water, electricity and gas supplies, foul water
discharge and refuse storage), has been updated to include
changes introduced by the 16th Edition of the Wiring Regulations
and regulations on gas supply that concern safety. A new
presentation has been adopted for the Third Edition, with text
and illustrations integrated to provide a reader-friendly layout
and to aid accessibility of information.
This work has been thoroughly revised in accordance with the
requirements of BS 8110. The principal feature of this
publication is the collection of 200 full-page tables and
charts, which enables engineers to produce rapid and efficient
concrete designs conforming with current British Standards and
Codes of Practice. After a general introduction, safety factors,
loads and pressures are discussed. Details are given of the
analysis of structures ranging from single-span beams and
cantilevers to complete multistorey multibay framed structures
and arches. The materials required for concrete construction are
next considered and information is provided on the relevant
Standards and Codes, together with data on permissible stresses,
etc. The major section of the handbook presents detailed
information concerning the design of various types of reinforced
concrete elements according to all current design methods, and
the use of such elements in such structures as building,
bridges, culverts, subways, roads, containers, tanks, bunkers,
silos, retaining walls, foundations, piled structures, wharves
and jetties.
This work sets out and defines the building services design
process from concept to post-construction phase. By providing a
step-by-step methodology for students and practitioners of
service engineering the book should encourage improved
efficiency (both in environmental terms and in terms of profit
enhancement) through better project management. Generic advice
and guidance is set in the legal and contractual context, and
the book's practical style is reinforced by a number of case
studies.
This revised third edition of this established textbook takes
into account recent changes to codes and technology and includes
two new key chapters on acoustic design and HVAC control
strategy, as well as expansion of the chapter on air
conditioning. The design of building services and the many
calculations involved are fully explained, and features include;
introductions, learning objectives, key terms and concepts
worked examples and questions to aid understanding, reinforce
learning and provide assignments. Lecturers can also use
questions for written examinations. the subjects of heating, air
conditioning, water and gas distribution, electricity and
drainage are all covered at an introductory level and beyond.
The use of information technology in the design and use of
buildings is introduced and actively encouraged.
First book on design of precast concrete structures for
undergraduate students in civil and structural engineering,
building technology and architecture. Fully illustrated with
many worked examples. Written by an expert with many years
industrial and teaching experience in the subject.
'Precast Concrete Structures' introduces the subject in detail
looking at the design process, manufacture and construction
using precast concrete for multi-storey buildings. Detailed
structural analysis of the material and its use is provided. The
theory is supported by practical case studies and worked
examples. There are explanatory illustrations throughout.
When graduate engineers enter the construction industry, they
are technically able and generally demonstrate an enthusiasm to
learn and to get stuck into a job in order to prove themselves.
Unfortunately, this progress is often hampered by a lack of the
practical knowledge associated with the many day-to-day aspects
of engineering. Whilst this knowledge is basic, it is rarely
formally taught. This book will bridge the gap between the
knowledge gained through undergraduate and diploma courses in
building, construction and civil engineering and the knowledge
required "on the job".
This handbook summarizes concisely, in diagrams and brief
explanations, all elements of construction. Practice,
techniques, components and procedures are clearly defined with
supplementary references to regulations and relevant standards.
This fourth edition has been extensively updated. In particular
the section on thermal insulation has been substantially
expanded and updated to take into account changes in Part L of
the Building Regulations "Conservation of Fuel and
Power." All sections have been updated to include reference
to revised British and European Standards, regulations and
legislation. Further references and explanations have been added
to aid the reader's understanding. This should be a useful text
for all students of construction and related subjects and is a
valuable reference text for construction professionals.
Excellent, compact publication - ideal for most students on
general building courses Companion to Chudley's popular
'Building Construction Handbook' Clear and concise text - easy
to use Fully illustrated Well-known author team The Building
Services Handbook summarises concisely, in diagrams and brief
explanations, all elements of building services. Practice,
techniques and procedures are clearly defined with supplementary
references to regulations and relevant standards. This new book
is based on Fred Hall's 'Essential Building Services and
Equipment 2ed' and has been thoroughly updated throughout. It is
a companion volume to the highly popular textbook 'Building
Construction Handbook' by Chudley and Greeno, which is now in
its third edition. This is an essential, must-have text for all
construction/building services students up to advanced GNVQ
level, and is also a valuable reference text for building
service professionals.
Specially written for contractors, quantity surveyors and
clients carrying out small works, this reference contains
accurate information on thousands of rates each broken down to
labour, material overheads and profit. More than just a price
book, it gives easy-to-read professional advice on setting up
and running a business including: taxation, book-keeping, VAT
and CIS4's legal obligations. The book is designed to help the
reader to: produce estimates faster; keep estimates accurate and
competitive; run the business more effectively; and save time.
A concise guide to the UK Building Regulations for the many
people working on simple projects such as building extensions
and building adaptations. Much of the literature available is
too detailed and complex for this group. This book is intended
to meet their needs and act as a quick and handy reference. It
should also a handy reference guide for students of building
technology and construction and the built environment.
As with previous editions, the aim of this text is to present
the fundamental principles of soil mechanics and illustrate how
they are applied in practical situations. This is reinforced by
the inclusion of worked examples throughout the book and a range
of problems set for solution by the reader. The book assembles
all the elements of an undergraduate course, leading from the
properties of soils and basic theory through to practical
applications such as retaining structures and foundations.
Semi-empirical procedures are also covered. The main feature of
this edition is an additional chapter on case studies. In this
chapter, the principal types of instruments used to monitor
field performance are described and the philosophy of these
observational methods is explained. The features of ten
geotechnical projects are then outlined and the differences
between prediction and performance are illustrated and
discussed. Another feature is the introduction of limit state
design, in addition to the traditional methods.
Relates the history, drama and technological achievement of
bridge construction, with over 100 examples illustrated with
photographs from around the world. All the major types of bridge
are explained and discussed including beam, arch, cantilever,
suspension, movable and cable-stayed.
Environmental engineering encompasses many areas, ranging from
solid waste disposal and wastewater treatment to life cycle
analysis. Although there are many publications relative to the
description of concepts and methodologies in the environmental
control area, the actual calculations relative to the field
seldom appear in these publications. The objective of this
volume is to: show the integration of regulatory requirements
into environmental design so that the results can make these
designs more acceptable to regulators; provide step-by-step
practical calculations procedures in many environmental control
areas for easy understanding and applications; and help
engineers respond to very complicated environmental control
problems. Each calculation procedure presents explained and
illustrated steps for solving similar problems that an engineer
may encounter in his daily environmental control activities.
Materials in Construction- An Introduction presents a clear and
accessible introduction to the principles, practice and
performance of construction materials. This new edition is being
published as a companion to G. D. Taylor's forthcoming Materials
in Construction- Principles, Practice and Performance - an
advanced text that will develop the topics presented in this
book. The coverage of a wide range of construction materials
provides a comprehensive foundation to the subject, and includes
an overview of performance characteristics and standards for
many materials. The text also reviews material properties, and
examines and evaluates modes of deterioration while emphasising
preventative techniques and remedial treatment. Throughout the
text carefully devised example experiments and questions support
the theory and practical information. Materials in Construction
is an essential handbook for any student studying materials as
part of a construction course at BTEC NC/D, HNC/D and
undergraduate level.
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