The growth in offshore fish farming in the past decade has produced a crucial need to develop engineering solutions to its unique problems. The search for cleaner waters and the need to avoid polluting coastlines, combined with a general desire for expansion, have meant that farmers are constructing farms in ever more aggressive wave environments. Design guidance for engineers is virtually non-existent - there are no specific standards - and methods adapted from other fields have had limited success. Inevitably interdisciplinary, this book draws on the international experience of engineers and aquaculturalists in an attempt set up a design philosophy.

This guide begins with a broad overview of mill building structures and their development, illustrated with examples of mill construction details. It then moves on to discuss measures that may be needed to ensure compliance with modern Building Regulations. Historical and modern evidence is presented to show that the robustness of these old buildings must be assessed carefully and guidance is given on how robustness may be improved, where necessary.

The quality of floor surfaces in industrial and commercial premises can be vitally important to effective business operations. Smooth floors are particularly important for storage operations, but strength, durability and economy are demands imposed by all industrial applications. Increasingly rigorous specifications for industrial floors have resulted in considerable changes in the methods used for their construction.New materials (steel fibres, steel permanent forms, etc), alternative design packages and the demands of brownfield and difficult sites have created a new generation of floors. This guide describes the requirements of industry for high-quality floors and relates these to the engineering solutions adopted as current working practice. The design theory, construction techniques and management of floor-slab construction projects are presented to provide engineers with a broad understanding of the central principles of modern concrete ground floor construction.Following the success of the 1996 publication, this second edition has been extensively reviewed to address the influence of the many subsequent developments in materials, specification, components and site applications. Many of these developments raise issues of mutual compatibility. The revised guide sets out to describe these and identify principles by which many common problems can be avoided.

The success of enterprises can often be attributed to their successful management of strategic risk. Conversely, failure to manage strategic risk can lead to often catastrophic consequences - Enron, Arthur Anderson, Kvaerner and Equitable Life were all seriously affected by a failure to think sufficiently about strategic risk.Most organisations have well embedded procedures for assessing and mitigating project and operational risks. Strategic risks are an order of magnitude greater and, by their very nature, involve a wider range of uncertainty and the interaction between a large number of factors, with major benefits accruing from managing them well and often dire consequences from the failure to manage them effectively.This major new printed guide and CD, compiled by a group of industry experts working under the auspices of the DTI, the Institution of Civil Engineers and the Actuarial Profession, presents in a succinct and cogent way a recommended approach to the management of strategic risk, STRATrisk, and an explanation of how to apply the approach.Among the practical steps recommended are:examination of the key processes already embedded in the organisation to see whether they contain hidden strategic risksadequate follow-through from risk identificationthe use of tools such as horizon scanning, concept mapping, pattern recognition and risk groupingThe CD amplifies the information contained in the printed guide and provides video clips and a number of case studies.i

Researched and written by the ICE Client Best Practice expert panel in cooperation with industry-leading construction clients and consultants, the Client Best Practice Guide offers definitive guidance to clients on the many ways in which they can positively influence the success of their projects – both during the planning, development and implementation stages, as well as during operation and final decommissioning.The role and performance of clients is the single most important factor in determining the success of construction projects and capital works programmes, regardless of their size, complexity or location. This full colour guide will furnish UK construction clients with the information they need to answer the following questions:Am I using best practice?How can this be assessed?How does this lead to project success?Drawing on data collected through one-to-one interviews with industry leaders, questionnaires sent out to over 40,000 of its members, and special discussion forums with professional bodies, the expert panel set up by the ICE to produce this guide has brought together the very best examples of good client practice and best practice initiatives in the UK construction industry today.

Risk and uncertainty surround every human activity and influence everything we do.RAMP (Risk Analysis and Management for Projects) is a well-established framework for analysing and managing the risks involved in projects, whether large or small. With an emphasis on the strategic and financial aspects, this practical working guide will assist planners, engineers, accountants, actuaries, lawyers, project managers, public administrators and anyone else who is involved with a project’s success.Businesses increasingly need to manage their projects in a turbulent environment, where change is often unexpected and continuous. RAMP's systematic approach helps to ensure that risks are effectively identified, analysed and controlled, and that newly emerging risks can be spotted while there is still time to do something about them.The benefits of applying RAMP include:avoidance of wasted work, because of the iterative nature of the process consideration of opportunities as well as threats improvement of the credibility of the business case for the projectconsistency with approaches to Enterprise Risk Management (ERM) in the project sponsor's organisationgreater confidence for those who decide on whether projects should proceedrecording and communication of "lessons learned".This new and much improved edition of the RAMP Guide:sets out practical ways of managing uncertainty and riskincludes new step-by-step guidance for practitionersprovides a simple method for determining whether possible responses to risks would be cost-effectiveshows how to summarise a project's risks for decision-makersdiscusses how to tackle social and environmental risks in infrastructure projects/li>works as a check-list to ensure that important steps are not overlooked.RAMP aims to achieve better financial returns for sponsors, investors and lenders, and improve the consequences of projects for the wider community.

A Guide to the Reservoirs Act 1975 provides expert guidance on the application of the Reservoirs Act 1975, reflecting the current views and practices of the dam engineering profession. This fully updated second edition incorporates the latest amendments to the Flood and Water Management Act, reflecting a more risk-based approach to reservoir regulation. These approaches include reducing the capacity at which a reservoir will be regulated from 25,000m3 to 10,000m3, and ensuring that only these reservoirs assessed as a higher risk are subject to regulation.

CESMM4 Carbon and Price Book has been compiled using the very latest update of the Civil Engineering Standard Method of Measurement (CESMM4). The Price Book incorporates the newest technologies without the limitations of the form of contract or the National Standards. CESMM4 updates are reflected throughout each section within the Price Book. Additionally the extent, depth and layout of vital information within the publication ensures that you can quickly and confidently achieve rapid responses to estimate requests, accurate replies to tender submissions and efficient contract administration. The continuation of embodied carbon values provides an important understanding of the carbon cost of your projects, allowing you to compile tenders with a genuinely competitive edge and realistically assess the carbon impact of your standard working practices.CESMM4 Carbon and Price Book remains the most up-to-date source of price information available for the Civil Engineering Industry.

Recommendations for the Inspection, Maintenance and Management of Car Park Structures, Second edition provides technical guidance, and establishes a benchmark for good practice for car park owners, operators, and engineering consultants. Against the background of new health and safety legislation, this second edition of the guidance has been extensively updated to provide advice on the development of an effective life-care plan based on regular inspection, assessment, maintenance and management, and incorporates a risk-assessed approach to help ensure car park structures are safely maintained.Recommendations for the Inspection, Maintenance and Management of Car Park Structures, Second editionprovides unique guidance on asset management and life-care planningfocuses on structure, cladding and edge protectionincludes surface, temporary and demountable car parkdetails workplace and public safety issueadvises on undertaking inspections, surveys and structural appraisalsdelivers guidance on cost-effective repair and maintenance.The Recommendations are split into two parts. Part 1 is intended for use by owners and operators and advises on responsibilities, actions and legal obligations. Part 2 is intended for professional engineering advisors, and includes guidance on the processes of structural deterioration and different types of car park structures. These recommendations address the need to plan and implement safe and effective management regimes for both new car and old parking structures, taking into account lessons learned from past experience and the impact of both good and poor historic practice.

Land Drainage and Flood Defence Responsibilities offers practical, engineering-focused coverage of the legislation relating to water management, flood risk and drainage. Owing to increasingly erratic weather patterns and the effects of climate change, the tops of drainage and flood defence are becoming ever-more important for the policy-makers, engineers and construction professionals charged with responding to these changes.This fifth edition of Land Drainage and Flood Defence Responsibilities has been fully updated to reflect the significant changes that have been made to both domestic and European legislation since the last edition was published in 2010. Each chapter now includes separate sections outlining any differences in legislation between England, Scotland, Wales and Northern Ireland.This new edition covers the following major recent developments:Water Act 2014Flood and Water Management Act 2010Flood Risk Management (Scotland) Act 2009National Planning Policy FrameworkEU regulationsLand Drainage and Flood Defence Responsibilities is essential reading for engineers, consultants, and design and construction professionals working within the water industry, particularly in sectors relating to flooding and drainage operations.

The ICE Specification for Piling and Embedded Retaining Walls (SPERWall) is the UK’s pre-eminent technical specification for piling and embedded walling works, either on land or near to shore. This edition has been updated to reflect the latest piling techniques and procurement methods used in the geotechnical sector, as well as revisions to the Eurocodes, British Standards and CIRIA guides.This volume:includes new sections on micropiling and helical piling as well as guidance on the use of polymer fluids for excavation supportensures tolerances are better understood for the various techniquesprovides further guidance on concrete specification and testingThis edition retains the three-part approach of the second edition. Part A is an introduction to the essential concepts necessary to procure a piling or retaining wall contract. Part B is the specification and is still the only part of this document intended for incorporation in contracts. Part C provides guidance for use of the specification and essential background information for specifiers and contractors alike.This specification has been one of the most popular of ICE’s standard specifications and has been fundamental in raising piling standards in the UK, as well as where it has been applied around the world.

The Civil Engineering Standard Method of Measurement – CESMM – has been well established for over 40 years as the standard for the preparation of bills of quantities in civil engineering work. The CESMM4 Revised book bundle includes the revised fourth edition of CESMM, CESMM4 Revised, and CESMM4 Revised Handbook, an essential guide to the Civil Engineering Standard Method of Measurement. Together, these books provide an up-to-date reference for experienced users, and an authoritative guide for those that are new to this subject area.CESMM4 Revised book bundle is an invaluable reference for anyone who needs to prepare bills of quantities in civil engineering work and competitive tenders using the CESMM. Save 15% when you buy CESMM4 Revised: Civil Engineering Standard Method of Measurement and CESMM4 Revised: Handbook together. Don't forget to check out CESMM4 Revised: Complete book bundle containing CESMM4 Revised: Examples as well.Read 10 Things you need to know about CESMM4 to find out answers to 10 of the most frequently asked questions about the Civil Engineering Standard Method of Measurement.

Civil Engineering Procedure is an indispensable guide which describes and explains the stages of work for a project - from first consideration through to completion of construction, and then beyond to handing over the resulting structures and services for use.As in previous editions, the book provides clear explanations of a broad range of project and contract management principles and practice, and it is a valuable source of information on fundamental concepts. This eighth edition contains updates throughout the book, including coverage of recent initiatives to improve project and programme delivery, the latest updates to the NEC contracts, and additional case studies that provide insights into real-world practice.Civil Engineering Procedure covers the following topicsconcept and promotionfeasibility studiesprocurement and contract strategydesign and Building Information Modelling (BIM)risk management and health, safety and welfareplanning and control of constructionconstruction management organisationtesting, commissioning and handoveroperation, maintenance and asset management.Civil Engineering Procedure, Eighth edition is the essential reference for student and graduate engineers, offering concise, expert guidance on all stages of an engineering project from conception and development through to completion and handover.

The Civil Engineering Standard Method of Measurement – CESMM – has been well established for over 40 years as the standard for the preparation of bills of quantities in civil engineering work. This revised fourth edition, CESMM4, brings the method into line with the most recent developments in the railway industry.CESMM4 Revised can be used across a range of contract suites including NEC, FIDIC and ICC, and is largely National Standard neutral to facilitate the use of CESMM in countries with their own national standards. The original concepts of standardised approach and item coverage remains as fundamental as they did when they were first introduced – these principles remain unchanged.

The growth in offshore fish farming in the past decade has produced a crucial need to develop engineering solutions to its unique problems. The search for cleaner waters and the need to avoid polluting coastlines, combined with a general desire for expansion, have meant that farmers are constructing farms in ever more aggressive wave environments. Design guidance for engineers is virtually non-existent - there are no specific standards - and methods adapted from other fields have had limited success. Inevitably interdisciplinary, this book draws on the international experience of engineers and aquaculturalists in an attempt set up a design philosophy.

This guide begins with a broad overview of mill building structures and their development, illustrated with examples of mill construction details. It then moves on to discuss measures that may be needed to ensure compliance with modern Building Regulations. Historical and modern evidence is presented to show that the robustness of these old buildings must be assessed carefully and guidance is given on how robustness may be improved, where necessary.

The quality of floor surfaces in industrial and commercial premises can be vitally important to effective business operations. Smooth floors are particularly important for storage operations, but strength, durability and economy are demands imposed by all industrial applications. Increasingly rigorous specifications for industrial floors have resulted in considerable changes in the methods used for their construction.New materials (steel fibres, steel permanent forms, etc), alternative design packages and the demands of brownfield and difficult sites have created a new generation of floors. This guide describes the requirements of industry for high-quality floors and relates these to the engineering solutions adopted as current working practice. The design theory, construction techniques and management of floor-slab construction projects are presented to provide engineers with a broad understanding of the central principles of modern concrete ground floor construction.Following the success of the 1996 publication, this second edition has been extensively reviewed to address the influence of the many subsequent developments in materials, specification, components and site applications. Many of these developments raise issues of mutual compatibility. The revised guide sets out to describe these and identify principles by which many common problems can be avoided.

The success of enterprises can often be attributed to their successful management of strategic risk. Conversely, failure to manage strategic risk can lead to often catastrophic consequences - Enron, Arthur Anderson, Kvaerner and Equitable Life were all seriously affected by a failure to think sufficiently about strategic risk.Most organisations have well embedded procedures for assessing and mitigating project and operational risks. Strategic risks are an order of magnitude greater and, by their very nature, involve a wider range of uncertainty and the interaction between a large number of factors, with major benefits accruing from managing them well and often dire consequences from the failure to manage them effectively.This major new printed guide and CD, compiled by a group of industry experts working under the auspices of the DTI, the Institution of Civil Engineers and the Actuarial Profession, presents in a succinct and cogent way a recommended approach to the management of strategic risk, STRATrisk, and an explanation of how to apply the approach.Among the practical steps recommended are:examination of the key processes already embedded in the organisation to see whether they contain hidden strategic risksadequate follow-through from risk identificationthe use of tools such as horizon scanning, concept mapping, pattern recognition and risk groupingThe CD amplifies the information contained in the printed guide and provides video clips and a number of case studies.i

Researched and written by the ICE Client Best Practice expert panel in cooperation with industry-leading construction clients and consultants, the Client Best Practice Guide offers definitive guidance to clients on the many ways in which they can positively influence the success of their projects – both during the planning, development and implementation stages, as well as during operation and final decommissioning.The role and performance of clients is the single most important factor in determining the success of construction projects and capital works programmes, regardless of their size, complexity or location. This full colour guide will furnish UK construction clients with the information they need to answer the following questions:Am I using best practice?How can this be assessed?How does this lead to project success?Drawing on data collected through one-to-one interviews with industry leaders, questionnaires sent out to over 40,000 of its members, and special discussion forums with professional bodies, the expert panel set up by the ICE to produce this guide has brought together the very best examples of good client practice and best practice initiatives in the UK construction industry today.

Risk and uncertainty surround every human activity and influence everything we do.RAMP (Risk Analysis and Management for Projects) is a well-established framework for analysing and managing the risks involved in projects, whether large or small. With an emphasis on the strategic and financial aspects, this practical working guide will assist planners, engineers, accountants, actuaries, lawyers, project managers, public administrators and anyone else who is involved with a project’s success.Businesses increasingly need to manage their projects in a turbulent environment, where change is often unexpected and continuous. RAMP's systematic approach helps to ensure that risks are effectively identified, analysed and controlled, and that newly emerging risks can be spotted while there is still time to do something about them.The benefits of applying RAMP include:avoidance of wasted work, because of the iterative nature of the process consideration of opportunities as well as threats improvement of the credibility of the business case for the projectconsistency with approaches to Enterprise Risk Management (ERM) in the project sponsor's organisationgreater confidence for those who decide on whether projects should proceedrecording and communication of "lessons learned".This new and much improved edition of the RAMP Guide:sets out practical ways of managing uncertainty and riskincludes new step-by-step guidance for practitionersprovides a simple method for determining whether possible responses to risks would be cost-effectiveshows how to summarise a project's risks for decision-makersdiscusses how to tackle social and environmental risks in infrastructure projects/li>works as a check-list to ensure that important steps are not overlooked.RAMP aims to achieve better financial returns for sponsors, investors and lenders, and improve the consequences of projects for the wider community.

A Guide to the Reservoirs Act 1975 provides expert guidance on the application of the Reservoirs Act 1975, reflecting the current views and practices of the dam engineering profession. This fully updated second edition incorporates the latest amendments to the Flood and Water Management Act, reflecting a more risk-based approach to reservoir regulation. These approaches include reducing the capacity at which a reservoir will be regulated from 25,000m3 to 10,000m3, and ensuring that only these reservoirs assessed as a higher risk are subject to regulation.

CESMM4 Carbon and Price Book has been compiled using the very latest update of the Civil Engineering Standard Method of Measurement (CESMM4). The Price Book incorporates the newest technologies without the limitations of the form of contract or the National Standards. CESMM4 updates are reflected throughout each section within the Price Book. Additionally the extent, depth and layout of vital information within the publication ensures that you can quickly and confidently achieve rapid responses to estimate requests, accurate replies to tender submissions and efficient contract administration. The continuation of embodied carbon values provides an important understanding of the carbon cost of your projects, allowing you to compile tenders with a genuinely competitive edge and realistically assess the carbon impact of your standard working practices.CESMM4 Carbon and Price Book remains the most up-to-date source of price information available for the Civil Engineering Industry.

Recommendations for the Inspection, Maintenance and Management of Car Park Structures, Second edition provides technical guidance, and establishes a benchmark for good practice for car park owners, operators, and engineering consultants. Against the background of new health and safety legislation, this second edition of the guidance has been extensively updated to provide advice on the development of an effective life-care plan based on regular inspection, assessment, maintenance and management, and incorporates a risk-assessed approach to help ensure car park structures are safely maintained.Recommendations for the Inspection, Maintenance and Management of Car Park Structures, Second editionprovides unique guidance on asset management and life-care planningfocuses on structure, cladding and edge protectionincludes surface, temporary and demountable car parkdetails workplace and public safety issueadvises on undertaking inspections, surveys and structural appraisalsdelivers guidance on cost-effective repair and maintenance.The Recommendations are split into two parts. Part 1 is intended for use by owners and operators and advises on responsibilities, actions and legal obligations. Part 2 is intended for professional engineering advisors, and includes guidance on the processes of structural deterioration and different types of car park structures. These recommendations address the need to plan and implement safe and effective management regimes for both new car and old parking structures, taking into account lessons learned from past experience and the impact of both good and poor historic practice.

Land Drainage and Flood Defence Responsibilities offers practical, engineering-focused coverage of the legislation relating to water management, flood risk and drainage. Owing to increasingly erratic weather patterns and the effects of climate change, the tops of drainage and flood defence are becoming ever-more important for the policy-makers, engineers and construction professionals charged with responding to these changes.This fifth edition of Land Drainage and Flood Defence Responsibilities has been fully updated to reflect the significant changes that have been made to both domestic and European legislation since the last edition was published in 2010. Each chapter now includes separate sections outlining any differences in legislation between England, Scotland, Wales and Northern Ireland.This new edition covers the following major recent developments:Water Act 2014Flood and Water Management Act 2010Flood Risk Management (Scotland) Act 2009National Planning Policy FrameworkEU regulationsLand Drainage and Flood Defence Responsibilities is essential reading for engineers, consultants, and design and construction professionals working within the water industry, particularly in sectors relating to flooding and drainage operations.

The ICE Specification for Piling and Embedded Retaining Walls (SPERWall) is the UK’s pre-eminent technical specification for piling and embedded walling works, either on land or near to shore. This edition has been updated to reflect the latest piling techniques and procurement methods used in the geotechnical sector, as well as revisions to the Eurocodes, British Standards and CIRIA guides.This volume:includes new sections on micropiling and helical piling as well as guidance on the use of polymer fluids for excavation supportensures tolerances are better understood for the various techniquesprovides further guidance on concrete specification and testingThis edition retains the three-part approach of the second edition. Part A is an introduction to the essential concepts necessary to procure a piling or retaining wall contract. Part B is the specification and is still the only part of this document intended for incorporation in contracts. Part C provides guidance for use of the specification and essential background information for specifiers and contractors alike.This specification has been one of the most popular of ICE’s standard specifications and has been fundamental in raising piling standards in the UK, as well as where it has been applied around the world.

The Civil Engineering Standard Method of Measurement – CESMM – has been well established for over 40 years as the standard for the preparation of bills of quantities in civil engineering work. The CESMM4 Revised book bundle includes the revised fourth edition of CESMM, CESMM4 Revised, and CESMM4 Revised Handbook, an essential guide to the Civil Engineering Standard Method of Measurement. Together, these books provide an up-to-date reference for experienced users, and an authoritative guide for those that are new to this subject area.CESMM4 Revised book bundle is an invaluable reference for anyone who needs to prepare bills of quantities in civil engineering work and competitive tenders using the CESMM. Save 15% when you buy CESMM4 Revised: Civil Engineering Standard Method of Measurement and CESMM4 Revised: Handbook together. Don't forget to check out CESMM4 Revised: Complete book bundle containing CESMM4 Revised: Examples as well.Read 10 Things you need to know about CESMM4 to find out answers to 10 of the most frequently asked questions about the Civil Engineering Standard Method of Measurement.

Civil Engineering Procedure is an indispensable guide which describes and explains the stages of work for a project - from first consideration through to completion of construction, and then beyond to handing over the resulting structures and services for use.As in previous editions, the book provides clear explanations of a broad range of project and contract management principles and practice, and it is a valuable source of information on fundamental concepts. This eighth edition contains updates throughout the book, including coverage of recent initiatives to improve project and programme delivery, the latest updates to the NEC contracts, and additional case studies that provide insights into real-world practice.Civil Engineering Procedure covers the following topicsconcept and promotionfeasibility studiesprocurement and contract strategydesign and Building Information Modelling (BIM)risk management and health, safety and welfareplanning and control of constructionconstruction management organisationtesting, commissioning and handoveroperation, maintenance and asset management.Civil Engineering Procedure, Eighth edition is the essential reference for student and graduate engineers, offering concise, expert guidance on all stages of an engineering project from conception and development through to completion and handover.

The Civil Engineering Standard Method of Measurement – CESMM – has been well established for over 40 years as the standard for the preparation of bills of quantities in civil engineering work. This revised fourth edition, CESMM4, brings the method into line with the most recent developments in the railway industry.CESMM4 Revised can be used across a range of contract suites including NEC, FIDIC and ICC, and is largely National Standard neutral to facilitate the use of CESMM in countries with their own national standards. The original concepts of standardised approach and item coverage remains as fundamental as they did when they were first introduced – these principles remain unchanged.