Seismic Design of Concrete Buildings to Eurocode

Seismic Design of Concrete Buildings to Eurocode 

Michael N. Fardis

Preference :

The main aim of this book, published at the time Eurocode 8 is starting its course as the only seismic design standard in Europe, is to support its application to concrete buildings – the most common type of structure – through education and training. It is addressed to graduate or advanced undergraduate students who want to acquire the skills and knowledge that are necessary for the informed use of Eurocode 8 in their career, to practitioners wishing to expand their professional activity into the seismic design with Eurocode 8, to instructors of such students or practitioners in University or professional training programs, to researchers and academics interested in seismic analysis and design of concrete buildings, to software developers, code writers, to those with some official responsibility for the use and application of Eurocode 8, and so on. Besides its prime aim as a support document for education and training in seismic design of concrete buildings with Eurocode 8, the book complements the currently available background documents for the present version of Eurocode 8 as far as RC buildings are concerned; as such, it will be useful for the coming evolution process of Part 1 of Eurocode 8.




Content :
  • Introduction
  • Earthquakes and their structural and geotechnical effects
  • Analysis of building structures for seismic actions
  • Conceptual design of concrete buildings for earthquake resistance
  • Detailed seismic design of concrete buildings
  • Design of foundations and foundation elements
  • Design example: Multistorey building


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The Fields Of Electronics Understanding Electronics Using Basic Physics

The Fields Of Electronics Understanding Electronics Using Basic Physics 

Ralph Morrison

Preference :

This book provides a new way to understand the subject of electronics. The central theme is that all electrical phenomena can be explained in terms of electric and magnetic fields. Beginning students place their faith in their early instruction. They assume that the way they have been educated is the best way. Any departure from this format just adds complications. This book is a departure—hopefully, one that helps. There are many engineers and scientists struggling to function in the real world. Their education did not prepare them for handling most of the practical problems they encounter. The practitioner in trouble with grounds, noise, and interference feels that something is missing in his education. The new engine has a very difficult time ordering, specifying, or using hardware correctly. Facilities and power distribution are a mystery. Surprisingly, all these areas are accessible once the correct viewpoint is taken. This book has been written to provide a better introduction to the field of electronics so that the parts that are often omitted can be put into perspective.


Content :
  • The Electric Field
  • Capacitors, Magnetic Fields, and Transformers
  • Utility Power and Circuit Concepts
  • A Few More Tools
  • Analog Design
  • Digital Design and Mixed Analog/Digital Design
  • Facilities and Sites
  • Appendix I: Solutions to Problems
  • Appendix II: Glossary of Common Terms
  • Appendix III: Abbreviations


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Excel Sheet to Design Columns

 Excel Sheet to Design Columns

A column is a very important component in a structure. It is like the legs on which a structure stands. It is designed to resist axial and lateral forces and transfer them safely to the footings in the ground. Columns support floors in a structure. Slabs and beams transfer the stresses to the columns. So, it is important to design strong columns.basis of classification of columns and different types of reinforcement required for a certain type of column.
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Seismic and Wind Design of Concrete Buildings

Seismic and Wind Design of Concrete Buildings 

Fardis, Michael N

Preference :

The landmark volume, Design of Multistorey Concrete Buildings for Earthquake Motions by Blume, Newmark, and Corning, published by the Portland Cement Association (PCA) in 1961, gave a major impetus to the design and construction of concrete buildings in regions of high seismicity. In the decades since, significant strides have been made in the earthquake resistant design and construction of reinforced concrete buildings. Significant developments have occurred in the building codes arena as well. However, a comprehensive guide to aid the designer in the detailed seismic design of concrete buildings was not available until PCA published the Design of Concrete Buildings for Earthquake and Wind Forces by S.K. Ghosh and August W. Darnel, Jr. in 1992.  That design manual illustrated the detailed design of reinforced concrete buildings utilizing the various structural systems recognized in U.S. seismic codes. All designs were according to the provisions of the 1991 edition of the Uniform Building Code (UBC), which had adopted, with modifications, the seismic detailing requirements of the 1989 edition of Building Code Requirements for Reinforced Concrete (ACI 318-89, Revised 1992). The design of the same building was carried out for regions of high, moderate, and low seismicity. 

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Content :
  • Introduction
  • Office Building with Dual and moment-resisting Frame Systems
  • Residential Building with Shear wall-frame Interactive and Building Frame Systems
  • School Building with Moment-Resisting
  • Residential Building with Bearing Wall
  • Parking Structural with Building frame System.


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Concrete,Steel and Brick Calculator

Concrete, Steel and Brick Calculator



Brick, mortar calculator · Concrete calculator mix-on-site · Concrete calculator … This Calculator will estimate quantities of brick and mortar required for a given quantity of cement mortar is required for rate analysis of brickwork and plaster or estimation of masonry work for a building or structure.calculate the volume of materials used in cement mortar based on its proportions.



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Simplified Design Reinforced Concrete Buildings Of Moderate Size and Height

Simplified Design Reinforced Concrete Buildings Of Moderate Size And Height

David A. Fanella

Preference :

There is a little doubt that the construction of a very tall building, a large domed arena, or any other prominent megastructure attracts the interest of a great number of Wnctnruf engineers around the country. The construction of such facilities usually represents the highest level of sophistication in structural design and often introduces daring new concepts and structural innovations as well as improvements in constriction techniques. Many structural engineers have the desire to become professionally involved in the design of such distinctive buildings during their careers. However, very few projects of this prestigious chamber are built in any given year. Truly, the building universe consists largely of low-rise and small-area buildings. Figure 1-1 shows the percentage of building floor area constructed in 1992 in terms of different building height categories. From it can be readily seen that the vast majority of the physical volume of construction is in the 1- to 3-story height range.


Content :
  • Simplified Design Approach
  • Simplified Frame Analysis
  • Simplified Design of Beams and Slabs
  • Simplified Design for Two-Way Slabs
  • Simplified Design for Columns
  • Simplified Design for Structural Walls
  • Simplified Design for Footing
  • Structural Detailing of Reinforcement for Economy
  • Design Considerations for Economical Formwork


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Bar Bending Schedule OF Box Culvert

Bar Bending Schedule OF Box Culvert



Bar bending schedule (or schedule of bars) is a list of reinforcement bars, vis-à-vis, a given RCC work item, and is presented in a tabular form for easy visual reference. The bar bending schedule provides details of reinforcement cutting and bending length. Advantages of bar bending schedule, when used along with reinforcement detailed drawing, improves the quality of construction, cost, and time-saving for concrete construction work.

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Reinforced Concrete Structures: Analysis and Design

Reinforced Concrete Structures: Analysis and Design 

David A. Fanella

Preference :

This book presents subject matter related to the analysis and design of reinforced concrete structural members. The focus is on the design of elements in reinforced concrete buildings where the primary reinforcement is steel reinforcing bars or steel wire reinforcement that is not prestressed. To safely and economically design reinforced concrete structures, a thorough understanding of the mechanics of reinforced concrete, and the design provisions of current codes is essential. The purpose of this book is to present and explain the following in a simple and straightforward manner: (1) the underlying principles of reinforced concrete design; (2) the analysis, design, and detailing requirements in the 2008 edition of Building Code Requirements for Structural Concrete and Commentary by the American Concrete Institute (ACI) and the 2009 edition of the International Building Code by the International Code Council (ICC). Frequent reference is made to the sections of these documents (especially those in the ACI Building Code), and it is assumed that the reader will have access to them while using this book. Information on the properties of the materials that constitute reinforced concrete and a basic understanding of the mechanics of reinforced concrete must be acquired prior to exploring code provisions. 
Reinforced Concrete Structures: Analysis and Design
  • Introduction
  • Materials
  • General Considerations for Analysis and Design
  • General Requirements for Strength and Serviceability
  • General Principles of the Strength Design Method
  • Beams and One-Way Slabs
  • Two-Way Slabs
  • Columns
  • Walls
  • Foundations
  • Steel Reinforcement Information
  • Critical Section Properties for Two-Way Shear


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Principles of Hydraulic Systems Design

Principles of Hydraulic Systems Design 

Peter Chapple

Preference :

This is the second edition of the book which was published in 2002. Fluid power systems are manufactured by many organizations for a very wide range of applications, which often embody differing arrangements of components to fulfill a given task. Hydraulic components are manufactured to provide the control functions required for the operation of a wide range of systems and applications. This second edition of the book is structured so as to give an understanding of The basic types of components, their operational principles, and the estimation of their performance in a variety of applications. Component manufacturer diagrams are included to aid the understanding of the mechanical principles involved. This second edition has added a description of the digital control methods for independently operated valves for pumps and motors. A resume of the flow processes that occur in hydraulic components. • A review of the modeling process for the efficiency of pumps and motors. This second edition includes analysis for estimating the mechanical loss in a typical hydraulic motor. • The way in which circuits can be arranged using available components to provide a range of functional system outputs. This includes the analysis and design of closed-loop control systems and some applications.
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Content :
  • Hydraulic Power Transmission and Its Control
  • Hydrostatic Pumps and Motors
  • Hydraulic Cylinders
  • Pressure Control Valves
  • Flow Control Valves
  • Ancillary Equipment
  • Circuit Design
  • Flow Processes in Hydraulic Systems
  • Operating Efficiencies of Pumps and Motors
  • Control System Design
  • Performance Analysis
  • Systems Management


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Resource Planning Template for Excel

Resource Planning Template for Excel



Resource Planning Template can be used throughout the project life. From Origination to Execution. you can put generic resources in the spreadsheet. Developer, Tester, Project Manager. 
The rate for US resources is $65.00. Also, you can put any other hardware costs and be consulting costs as best as you know them.
2-In the Origination Phase the PM can use it to get an order of magnitude need for resources. 
3-In the Initiation phase you can use the template to work with putting assigned resources to the phases of the plan and percentage of utilization. 
4-In the other phases of the project you can use it to do "WHAT IF" scenarios when looking at new or changed resources prior to changing the Microsoft Project.

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Project Planning Guide - Learn all the planning Phases

Project Planning Guide



This Project Planning Guide has been developed to assist all of those who
develop GSA’s Capital Program in evaluating, developing, and implementing federal
facilities projects.

This Guide is divided into five main chapters and several appendices. 
• Overview of GSA’s Capital Program outlines GSA’s basic Capital Program development planning process and the fundamental roles of the Feasibility Study and the Program Development Study. The section includes summary sheets of each study and an overall project activity timeline. 
• What’s Important and When discusses GSA’s primary business and program goals as presented in the Feasibility Study and PDS. 
• Pre-Planning Phase describes the role that GSA’s daily management of facility requirements, customer needs, and portfolio planning play in the project development process. GSA professionals know that projects seldom have a cold start. They germinate slowly over time as requirements accumulate. Managing this process is important to project scoping and planning. 
• Feasibility Study Phase outlines the process for beginning, conducting, and completing a Feasibility Study, a process that ends with the submission of the Prospectus package for the site and design funding. This section describes the process, deliverables, and keys to success to develop a sound project and site/design funding request. It explains that the Feasibility Study is the core of this process, but not the only ingredient needed for success.

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Design of Reinforced Concrete Isolated Pad Foundation

Design of Reinforced Concrete Isolated Pad Foundation



The design of Concrete Isolated Pad Foundation as per IS 456:2000 (Plain and reinforced concrete – code of practice) – Limit state method of design2 The design approach is on the conservative side and for an economical design the user should follow either manual calculation or any other relevant software/tool3 For bearing capacity of soil the user refer documents related to soil investigation of the site.4 Warning message is displayed if the footing pressure exceeds soil bearing capacity or if it is less than zero5 For Pipe rack foundations, it should ensure that the minimum contact area of footing with soil should be 75%6 This design sheet carries out Flexure design, One-way shear check, and Two-way shear check

Design of Reinforced Concrete Isolated Pad Foundation


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WATER QUALITY & TREATMENT A Handbook on Drinking Water

WATER QUALITY & TREATMENT A Handbook on Drinking Water 

James K. Edward

Preference :

This sixth edition of Water Quality & Treatment: A Handbook on Drinking Water serves as a handbook for scientists, engineers, and other professionals who study and work in drinking water—particularly the quality of water supplies, the quality of treated drinking water, and water treatment processes. It is meant as a resource for those in academics (professors and students), consulting engineering practice, water utilities, federal and state regulatory agencies, and the water process and chemical industries. The book emphasizes principles (theory) and applications (practice). It serves as a companion to the book on design, AWWA-ASCE, Water Treatment Plant Design (the fifth edition is in preparation, with expected publication in late 2011). This book is an activity of the American Water Works Association’s (AWWA’s) Water Quality and Technology Division (WQTD). James K. Edzwald served as the technical editor and worked with the authors of the chapters in preparing the book. An ad hoc committee of the WQTD consisting of James P. Malley, Jr., Marilyn M. Marshall, and Dixie Fanning provided advice to the technical editor throughout the preparation of this book.


WATER QUALITY & TREATMENT A Handbook on Drinking Water


Content :
  • Drinking Water Standards, Regulations, and Goals
  • Health and Aesthetic Aspects of Drinking Water
  • Chemical Principles, Source Water Composition, and Watershed Protection
  • Hydraulic Characteristics of Water Treatment Reactors and Their Effects on Treatment Efficiency
  • Overview of Water Treatment Processes
  • Gas–Liquid Processes: Principles and Applications
  • Chemical Oxidation
  • Coagulation and Flocculation
  • Sedimentation and Flotation
  • Granular Media Filtration
  • Membranes
  • Ion Exchange and Adsorption of Inorganic Contaminants
  • Precipitation, Coprecipitation, and Precipitative Softening


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Project Management Excel Template

Project Management Excel Template



Sifting through multiple documents to find the tasks worth reporting to leadership can be time-consuming and frustrating. With a project management dashboard, you can quickly communicate the status of your project and share the big picture view. Use the project management dashboard if you want to share the high-level status of your project with stakeholders.

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Mechanical Design Engineering Handbook

Mechanical Design Engineering Handbook 

Peter R.N. Childs

Preference :

The prior knowledge base in design and engineering, as with nearly all domains, is extensive. We have been designing and producing a wide range of sophisticated machines and systems for centuries. The detailed design of many machine elements and types of machinery has been codified and significant expertise is readily available. Just knowing that someone else has successfully produced a product or system can act as inspiration or provide direction for a similar product or the design of a subsystem that uses associated technology, or needs to have comparable functions. Many attempts have been made at defining design. The word can be used as a verb or noun, describing the process and the outcome of design, respectively. Referring to design as a process, it can be considered to include all the activities of market assessment and user requirements, specification, concept generation and idea development, the embodiment of details, risk mitigation, consideration of manufacture and production, and implementation. Referring to design as a noun, the term is commonly used to describe an artifact such as a vehicle, item of fashion or other product, with the associated features and merits. This may include description or commentary on aesthetic, ergonomic, and technical features. In this book, an inclusive approach to design is used with consideration of a range of functionalities ranging from technical, aesthetic, social, economic, and latent. Design is considered to be the process of conceiving, developing, and realizing products, artifacts, processes, systems, services, and experiences with the aim of fulfilling identified or perceived needs or desires typically working within defined or negotiated constraints.


Mechanical Design Engineering Handbook


Content :
  • Design
  • Specification
  • Ideation
  • Machine Elements
  • Journal Bearings
  • Rolling Element Bearings
  • Shafts
  • Gears
  • Spur and Helical Gear Stressing
  • Bevel Gears
  • Worm Gears
  • Belt and Chain Drives
  • Clutches and Brakes
  • Fastening and Power Screws
  • Pneumatics and Hydraulics


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Road Estimate Excel Sheet

Road Estimate Excel Sheet



Road Estimate construction costs may vary considerably depending mainly on the terrain and soil conditions, road standards, machine and labour costs, etc., as well as on the skill of operators and labourers involved. However, since road construction techniques are similar throughout the world, one can easily derive reasonable cost estimates once the main conditioning factors have been identified, by applying figures from similar road construction projects. For the purpose of facilitating your task in estimating forest road costs and for reasons of comparing costs, it is advisable to break down labour and machine costs into their different elements.

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Project Management for Engineers and Construction

Project Management for Engineers and Construction 

Garold (Gary) D. Oberlender

Preference :

This book presents the principles and techniques of managing engineering and construction projects from the conceptual phase, through design and construction, to completion. It emphasizes project management during the early stages of project development because the ability to influence the quality, cost, and schedule of a project can best be achieved during the early stages of development. Most books discuss project management during construction, after the scope of work is fully defined, the budget is fixed, and the completion date is firm. It is then too late to make any significant adjustments to the project to improve quality, cost, or schedule to benefit the owner. Although each project is unique, there is certain information that must be identified and organized at the beginning of a project, before any work is started. Numerous tables and graphs are presented and discussed throughout this book to provide guidelines for the management of the three basic components of a project: scope, budget, and schedule. Throughout this book, achieving project quality to meet the owner's satisfaction is emphasized as an integral part of project management. This second edition of the book has three new chapters: Working with Project Teams, Early Estimates, and Design Proposals. The topics in these chapters are extremely important to achieving a successful project. These topics are- covered from the perspective of the engineer who is employed with either the owner's organization or the design firm.




Content :
  • INTRODUCTION
  • WORKING WITH PROJECT TEAMS
  • PROJECT INITIATION
  • EARLY ESTIMATES
  • PROJECT BUDGETING
  • DEVELOPMENT OF WORK PLAN
  • DESIGN PROPOSALS
  • PROJECT SCHEDULING
  • TRACKING WORK
  • DESIGN COORDINATION
  • CONSTRUCTION PHASE
  • PROJECT CLOSEOUT
  • PERSONAL MANAGEMENT SKILLS
  • TOTAL QUALITY MANAGEMENT


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Power Electronics Devices, Circuits and Industrial Applications

Power Electronics Devices, Circuits and Industrial Applications

V. R. MOORTHI

Preference :

Power electronics is a branch of engineering that combines the fields of electrical power, electronics, and control. It started with the introduction of the mercury arc rectifier in 1900. The grid controlled vacuum tube rectifier, ignition, and thyratron followed later. These found extensive applications in industrial power control till 1950. In the meanwhile, the invention of the transistor—semiconductor device— in 1948 marked a revolution in the field of electronics. It also paved the way for the introduction of the silicon controlled rectifier (SCR), which was announced in 1957 by the General Electric Company. In due course, it has come to be named as the ‘thyristor’. There is one important difference between the earlier electronic tubes and their semiconductor successors. On the low-current side, the transistor is a base current controlled device whereas its predecessor, the vacuum tube, is a grid voltage controlled device. Similarly, the thyristor, which is designed to carry high currents, is a gate current-controlled device; it has succeeded the thyratron, which is a grid voltage-controlled gas tube.


Power Electronics Devices, Circuits and Industrial Applications


Content :
  • Thyristor Physics
  • Controlled Rectifiers
  • DC Choppers
  • AC Line Voltage Control
  • Inverters
  • Cycloconverters
  • DC Drives
  • AC Drives
  • Brushless DC Motors
  • Control Circuits for Electronic Equipment
  • Industrial Applications
  • Microprocessor Fundamentals
  • Microcomputer Control of Industrial Equipment
  • Field Oriented Control of AC Motors


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Design of Retaining walls against overturning and sliding forces

Design of Retaining walls against overturning and sliding forces



The purpose of this Excel sheet is to design the Retaining wall and check the adequacy of this retaining wall. against overturning and sliding forces retaining walls are used in the construction of the basement below ground level, wing walls of bridge and to retain slopes in hilly terrain roads. The retaining wall can be constructed with masonry as well as reinforced concrete. In the case of masonry retaining wall, the thickness of the wall increases with height because masonry resists the lateral pressure by its weight. Thus it is also called gravity retaining wall. While the reinforced concrete retaining wall resists the lateral pressure by structural action such as bending and results in a thinner section. A retaining wall is a structure that holds or retains the soil behind it. There are many types of materials that can be used to create retaining walls like concrete blocks, poured concrete, treated timbers, rocks, or boulders. Some are easy to use, others have a shorter life span, but all can retain soil.



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Structural Analysis: The Analytical Method

Structural Analysis: The Analytical Method 

Ramon V. Jarquio, P.E.

Preference :

This book illustrates the analytical procedures for predicting the capacities of circular and rectangular sections in concrete and steel materials. It introduces the capacity axis in the analysis, which is a geometric property not considered in all the current solutions in standard literature. It precludes the use of the current standard interaction formula for biaxial bending, which is a crude and inefficient method. More importantly, the analytical method will prove the necessity of utilizing the capacity axis not only for determining the minimum capacity of a section for biaxial bending but also as a reference axis to satisfy the equilibrium of external and internal forces. Under the current standard interaction formula for biaxial bending, the satisfaction of equilibrium conditions is not possible. Proving the equilibrium condition is the fundamental principle in structural mechanics that every analyst should be able to do.


Structural Analysis: The Analytical Method


Content :
  • Chapter One: Footing foundation
  • Chapter Two: Steel sections
  • Chapter Three: Reinforced concrete sections
  • Chapter Four: Concrete-filled tube columns


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Design of Single and Double Reinforced Beams

Design of Single and Double Reinforced Beams



Tension steel in one layer or more.Compression steel in one layer. Tensile steel assumed yielding but in analysis problems, this may be untrue Compression steel may yield or not. Strain expressions are derived from strain compatibility of plane sections (use of similar triangles). If compression and tension steel have yielded, OK continue, perform strain checks and compute nominal moment If compression steel has not yielded, express unknown stress block depth and compression steel stress in terms of neutral axis depth c and solve resulting quadratic equation. Perform strain checks and compute the nominal moment.



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Energy, Entropy and Engines : an Introduction to Thermodynamics

Energy, Entropy and Engines: an Introduction to Thermodynamics 

Sanjeev Chandra

Preference :

This book is a text for teaching a one‐semester, introductory engineering thermodynamics course. Its most important goal is to make students understand the meaning of fundamental concepts such as energy, entropy, equilibrium, and reversibility, which form the foundation of engineering science. It uses simple, direct language and relies on physical rather than abstract, mathematical definitions. Every new concept is introduced starting from first principles, and only after explaining why it is necessary. Thermodynamics is different from most other engineering courses, in that it expects students to grasp an entirely new concept, entropy, which they have never encountered before. Traditional thermodynamics texts resort to giving a purely mathematical definition of entropy, and students learn to use the property for solving problems without ever forming a physical picture of what it means. This book introduces entropy by combining macroscopic definitions with statistical descriptions based on the energy distribution of molecules. Readers are not expected to learn statistical mechanics but use analogies to acquire an intuitive grasp of the concept of entropy and understand why the second law of thermodynamics is a result of the laws of probability.


Energy, Entropy and Engines: an Introduction to Thermodynamics


Content :
  • Introduction: A Brief History of Thermodynamics
  • Concepts and Definitions
  • Thermodynamic System Properties
  • Energy and the First Law of Thermodynamics
  • Entropy
  • The Second Law of Thermodynamics
  • Phase Equilibrium
  • Ideal Heat Engines and Refrigerators
  • Vapour Power and Refrigeration Cycles
  • Gas Power Cycles
  • Appendices


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Airport Engineering Planning, Design, and Development of 21st Century Airports

Theory of Machines and Mechanisms 

Norman J. Ashford

Preference :

This fourth edition of Airport Engineering appears 18 years after its predecessor and in the interim very big and far-reaching changes have occurred in civil aviation. Security has been dramatically and irrecoverably tightened throughout the world, especially in the United States, since the 9/11 terrorist atrocities in the northeastern United States in 2001. Passenger facilitation has been revolutionized with the introduction of almost universal electronic ticketing and check-in procedures. The introduction of the A380 aircraft into service has heralded the arrival of what had, up to then, been termed the New Large Aircraft. The information technology (IT) revolution had a profound influence on air travel and the air transport industry. The widespread usage of the Internet has also permitted the rapid and broad publication of standards and recommended practices by the FAA and other regulatory bodies. The nature of civil aviation itself has changed with the evolution and proliferation of the low-cost carriers and the growth of this market. Moreover, air freight has grown considerably and now has a significant proportion of its traffic carried by the door-to-door service of the integrated carriers.




Content :
  • The Structure and Organization of Air Transport
  • Forecasting Air Transport Demand
  • Characteristics of Aircraft As They Affect Airports
  • Airport System Planning
  • Airport Master Planning
  • CNS/ATM
  • Airport Capacity
  • Safeguarding the Airport
  • Passenger Terminal
  • Air Cargo Facilities
  • Airport Drainage and Pavement Design
  • Airport Access
  • Heliports, STOLports, and Vertiports
  • Airport Modeling and Simulation
  • Airport City
  • Environmental Impacts of Airports


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