Structural Stability of Steel: Concepts and Applications for Structural Engineers

Structural Stability of Steel: Concepts and Applications for Structural Engineers 

Theodore V. Galambos

Preference :

In order to truly understand the behavior and design of metal structures, an engineer needs to have a fundamental understanding of structural stability. More so than structures designed using other construction materials, steel structures are governed to a great extent on stability limit states. All major international design specifications include provisions based on stability theory. The purpose of this book is to provide students and practicing engineers with both the theory governing the stability of steel structures and a practical look at how that theory translates into design methodologies currently implemented in steel design specifications. The topics presented in the text pertain to various aspects of elastic buckling and inelastic instability. An understanding of stability limits is very important in the design of structures: Catastrophic failures can, and tragically have resulted from violating fundamental principles of stability in design. Maintaining stability is particularly important during the erection phase of construction, when the structural skeleton is exposed prior to the installation of the final stabilizing features, such as slabs, walls, and/or cladding.

Content :

• CHAPTER 1 FUNDAMENTALS OF STABILITY THEORY
• CHAPTER 2 ELASTIC BUCKLING OF PLANAR COLUMNS
• CHAPTER 3 INELASTIC COLUMN BUCKLING
• CHAPTER 4 BEAM-COLUMNS
• CHAPTER 5 FRAME STABILITY
• CHAPTER 6 LATERAL-TORSIONAL BUCKLING
• CHAPTER 7 BRACING
• CHAPTER 8 SPECIFICATION-BASED APPLICATIONS OF STABILITY IN STEEL DESIGN

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 Sizing of Foundations for Columns of Compound Wall - Spreadsheet  

Excel spreadsheet for Sizing of foundations for columns of the compound wall - calculation of maximum pressure on soil for foundations.

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 Construction Cost Estimate Template in Excel 

Construction cost sheet in excel contains : Earth Works, Masonry Works, Plastering Works, Concreting Works, Form Works, Rebar Works, Roofing Works, Tile Works Doors, Jambs & Accessories, Windows Painting Works, Plumbing Works, Ceiling Works, Electrical Works, and  Others.

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Principles of Testing Soils, Rocks and Concrete

Principles of Testing Soils, Rocks and Concrete

T.S. NAGARAJ

Preference :

In civil engineering, a wide spectrum of materials, natural as well as processed, are adopted for usage. However, a significant involvement is with soils, rocks, and concrete. While rocks and soils are materials of geological origin, concrete is a processed material using these geological materials as ingredients at different stages. The inherent nature and diversity of geological processes involved in the formation of rocks and soils lead to wide variability in their in-situ state. Hence, the geotechnical engineer usually has to adjust his designs to accommodate the prevailing properties of in-situ soils and/or resort to appropriate ground engineering methods. On the other hand, concrete has become an indispensable construction material that most obligingly conforms to new concepts in design with the possibility of realizing the same through advanced construction technology.

Content :

• Introduction
• Rock and Soil as Engineering Materials
• Concrete as a Construction Material
• Soil, Rock, and Concrete Material Analogies and Implications
• Exploration
• Sampling: Requirements and Techniques
• Compositional 
• Micro- and Macro-structural Analysis
• Inferential Testing
• Engineering Property Evaluation: Laboratory Methods
• Engineering Property Evaluation: In-situ Methods

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Engineering Surveying. Theory and Examination Problems for Students

Engineering Surveying. Theory and Examination Problems for Students 

W. Schofield

Preference :

This book specializes in surveying for engineers, treating the subject as field metrology. The emphasis throughout is to develop in the reader a clear understanding of the basic concepts of each topic in order that they may be correctly utilized and applied to the many different 'on-site' situations as they arise. To reinforce these concepts, each chapter contains a great many 'worked examples', carefully selected from a wide variety of representative examination sources, followed by student exercises complete with answers. Throughout the book, various topics are dealt with in relation to modern surveying techniques and instrumentation, and with due regard to the impact of information technology on data capture and processing.

Content :

• ERRORS AND ADJUSTMENTS
• CLASSIFICATION OF ERRORS
• FURTHER DEFINITIONS
• PROBABILITY
• INDICES OF PRECISION
• WEIGHT
• REJECTION OF OUTLIERS
• STUDENT'S t-DISTRIBUTION
• F-DISTRIBUTION
• CHI-SQUARED DISTRIBUTION
• COMBINATION OF ERRORS
• ADJUSTMENT OF OBSERVATIONS BY THE METHOD OF LEAST SQUARES
• VARIATION OF CO-ORDINATES
• STRENGTH ANALYSIS
• PRE-SURVEY ANALYSIS
• NETWORK OPTIMIZATION
• GEOMETRY OF THE AERIAL PHOTOGRAPH

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Basic Civil Engineering

Basic Civil Engineering 

Satheesh Gopi

Preference :

The aim of compiling this book has been to give a working knowledge of the important details of civil construction, materials used in civil engineering, including the source of raw materials, their characteristics, the process of manufacture, their defects, structure, and uses in the industry, and the basics of surveying and leveling and several other major topics in civil engineering to all engineering students in a systematic way. Th e-book is written in a clear and easy-to-read style, presenting fundamentals of surveying at a level that can be quickly grasped by a beginner. The basic surveying topics deal with modern instruments such as total station, GPS, and digital levels, reflecting modern field procedures. A book on a technical subject is hardly complete without illustrations, and one of the special aims of this book is to present a number of diagrams, which are presented mainly with a view to emphasize the important features of the manufacture, so as not to burden the students with unimportant details. Th e first part of the book consists of 11 chapters and gives a description of all the materials used for different constructions in the field of civil engineering and the processes involved in the manufacture of the same.

Content :

• Stones
• Sand
• Lime
• Cement
• Bricks
• Tiles
• Timber
• Steel
• Aluminum
• Paints and Varnishes
• Miscellaneous Building Materials
• Component Parts of a Building
• Foundation
• Mortar
• Masonry Works
• Concrete
• Doors and Windows
• Roof
• Stairs
• Plastering

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 Solved Example on Design And Detailing Of Counterfort Retaining Wall

When the height of the retaining wall exceeds about 6 m, the thickness of the stem and

heel slab works out to be sufficiently large and the design becomes uneconomical. In

such a case counterforts having trapezoidal section fixed at the base slab are provided

at intervals of 1.5 m to 3 m. The counterforts support the heel slab and the vertical stem.

The design principles for different components of the wall are discussed below.

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Engineering Materials 1: An Introduction to Properties, Applications and Design

Engineering Materials 1: An Introduction to Properties, Applications, and Design 

D R H Jones

Preference :

Innovation in engineering often means the clever use of a new material—new to a particular application, but not necessarily (although sometimes) new in the sense of recently developed. Plastic paper clips and ceramic turbine-blades both represent attempts to do better with polymers and ceramics what had previously been done well with metals. And engineering disasters are frequently caused by the misuse of materials. When the plastic teaspoon buckles as you stir your tea, and when a fleet of aircraft is grounded because cracks have appeared in the tailplane, it is because the engineer who designed them used the wrong materials or did not understand the properties of those used. So it is vital that the professional engineer should know how to select materials which best fit the demands of the design—economic and aesthetic demands, as well as demands of strength and durability. The designer must understand the properties of materials, and their limitations.

Content :

• Engineering materials and their properties
• The price and availability of materials
• The elastic moduli
• Bonding between atoms
• Packing of atoms in solids
• The physical basis of Young’s modulus
• Case studies in modulus-limited design
• The yield strength, tensile strength and ductility
• Dislocations and yielding in crystals
• Strengthening methods, and plasticity of polycrystals
• Continuum aspects of plastic flow
• Case studies in yield-limited design
• Fast fracture and toughness
• Micromechanisms of fast fracture
• Case studies in fast fracture

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 Design of Biaxial Isolated RCC Footing Excel Sheet 

This spreadsheet is on the bi-axial design of isolated footing using IS method. This

bi-axial footing design can take care of both the cases of Positive and Negative pressure. This is a truly bi-axial design where both the moments and vertical force is taken care of at the same time to get their combined effect on footing design. The yellow cells are input cells. The user should not touch other cells at all. The first worksheet is to be used when positive pressure develops.

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Rectangular and Circular Column Design 

RECTANGULAR COLUMN DESIGN WITH EXCEL

CIRCULAR COLUMN DESIGN

with Bar Dimensions spreadsheet with excel

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Introduction to Artificial Intelligence

Introduction to Artificial Intelligence 

Philip C. Jackson

Preference :

Are we intelligent enough to understand intelligence? One approach to answering this question is "artificial intelligence," the field of computer science that studies how machines can be made to act intelligently. This book is intended to be a general introduction to artificial intelligence (AI). The subjects for discussion are machines that can solve problems, play games, recognize patterns, prove mathematical theorems, understand English, and even demonstrate learning by changing their own behavior to perform such tasks more successfully. In general, this book is addressed to all persons who are interested in studying the nature of thought, and hopefully, much of it can be read without previous formal exposure to computers.

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Content :

• Introduction
• Mathematics, Phenomena, Machines
• Problem Solving
• Game Playing
• Pattern Perception
• Theorem Proving
• Semantic Information Processing
• Parallel Processing And Evolutionary Systems
• The Harvest Of Artificial Intelligence

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Handbook of Engineering Practice of Materials and Corrosion

Handbook of Engineering Practice of Materials and Corrosion 

Jung-Chul 

Preference :

This book provides the basic knowledge for a Detailer of reinforcing bars, bar supports and welded wire reinforcement. Detailing, described briefly, is the preparation of placing drawings complete with bar lists with sufficient information for: (1) the Fabricator to fabricate the bars and to order (when required by the Contract) the bar supports and welded wire reinforcement; and (2) the Ironworkers to install these products at the jobsite. The reader is shown how to translate and transfer the requirements presented on structural drawings and other documents onto a proper placing drawing. The language and form of the information are emphasized to achieve simplicity and efficiency for the end users - the Fabricator and the Ironworker. This textbook is intended for use by technical schools, junior colleges, and for on-the-job training programs. It is assumed that the reader has completed basic courses in high school mathematics, including elementary algebra and plane geometry. Trigonometry is desirable for the beginner and is necessary for more advanced training.

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Content :

• 1 Design Engineering
• 2 Types and Requirements of Materials and Corrosion
• 3 Fabrication and Construction of Equipment and Piping
• 4 Welding and Heat Treatment Requirements in Shop and Field
• 5 Test and Inspection Requirements in Codes and Standards

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Advanced Excel Formulae and Calculations

Advanced Excel Formulae and Calculations 

George Walter

Preference :

An Excel book that taught you every possible option would be too large for you to carry. As you go through the material in the book, explore the different options and try different things, think about how you could use what is being taught in different environments. Don’t just click here and enter that, because that is what the book is telling you to do without thinking about what it is you are doing. Excel is so powerful and is capable of doing so many things. Be a free thinker and think about how you could use Excel to solve various problems. Throughout this book, you will be reading about an Excel topic followed by a practice. You can learn by reading, but to fully comprehend the different topics you should do the exercises. Many illustrations are included to make it easier to follow along and comprehend.

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Content :

• Chapter 1: Becoming Acquainted with Excel
• Chapter 2: Navigating and Working with Worksheets
• Chapter 3: Best Ways to Enter and Edit Data
• Chapter 4: Formatting and Aligning Data
• Chapter 5: Different Ways of Viewing and Printing Your Workbook
• Chapter 6: Understanding Backstage
• Chapter 7: Creating and Using Formulas
• Chapter 8: Excel’s Pre-existing Functions
• Chapter 9: Auditing, Validating, and Protecting Your Data
• Chapter 10: Using Hyperlinks, Combining Text, and Working with the Status Bar
• Chapter 11: Transferring and Duplicating Data to Other Locations
• Chapter 12: Working with Tables
• Chapter 13: Working with Charts
• Chapter 14: Importing Data
• Chapter 15: Using PivotTables and PivotCharts
• Chapter 16: Enhancing Workbooks with Multimedia
• Chapter 17: Automating Task with Macros

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 Spreadsheet for plane frames, beams and trusses calculation 

Spreadsheet for plane frames, beams, and trusses calculation. Finite Element Method for beam elements is used. After calculation, the program creates (recreates) several sheets: “Results”, “Graph” and (optional) - “Matrix”.

The “Results” sheet contains:

– Nodal results (reactions and displacements at different base loads and load combinations)

– Element results (extremal moments, axial and shear forces overall load combinations).

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1800 Mechanical Movements, Devices and Appliances

1800 Mechanical Movements, Devices and Appliances 

Gardner D. Hiscox

Preference :

A fascinating compendium of early-20th-century mechanical devices, this expansive work ranges from basic hooks and levers to complex machinery used in steam, motive, hydraulic, air, and electric power, navigation, gearing, clocks, mining, and construction. More than 1,800 engravings include simple illustrations and detailed cross-sections.

Compiled as a ready reference for inventors, students of mechanics, artisans, and other workers, this volume features only minimal text. Its true value lies in its wealth of illustrated information, offering the quickest and most satisfactory method of conveying the exact conditions of mechanical action and construction.

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 Structural Steel Takeoff Sheet 

The structural steel takeoff sheets are utilized to compute structural steel erection, miscellaneous-steel work activities, steel decking, and siding installation, rebar placement, pre-engineered building assembly, and pricing contract change orders as well as other steel associated construction work activities by applying some in-built formulas.

This spreadsheet is ideal to streamline the bidding process for structural steel.

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Structural Dynamics Fundamentals and Advanced Applications

Structural Dynamics Fundamentals and Advanced Applications 

Alvar M. Kabe

Preference :

The two-volume work, Structural DynamicsdFundamentals, and Advanced Applications is a comprehensive work that encompasses the fundamentals of structural dynamics and vibration analysis, as well as advanced applications used on extremely large and complex systems. Because of the scope of the work, the material is divided into two volumes. Volume I covers fundamentals, and Volume II covers advanced applications. The derivations are complete and rigorous, and the topics covered are those needed to become a learned member of the structural dynamics community and solve the complex problems encountered.

Content :

• Introduction
• Models and model adjustments
• Structural dynamic models of large systems
• Response recovery equations
• Model checks
• Analysis of continuous and discrete-time signals
• Experimental structural dynamics
• Probability and statistics
• Dynamic response of complex systems
• Vibration of continuous systems

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Combined Strap Footing Design Excel Sheet

 Combined Strap Footing Design 

Footings are an important part of foundation construction. They are typically made of concrete with rebar reinforcement that has been poured into an excavated trench. The purpose of footings is to support the foundation and prevent settling.

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 Design of Isolated Footing Spreadsheet

The isolated footing is used to support the load on a single column. It is usually either square or rectangular in plan. It represents the simplest, most economical type, and most widely used footing. Whenever possible, square footings are provided so as to lessen the bending moments and shearing forces at their critical sections.

Isolated footings are used in case of light column loads, when columns are not closely spaced, and in case of good homogeneous soil. Under the effect of upward soil pressure, the footing bends in a dish-shaped figure. An isolated footing must, for that reason, be provided by two sets of reinforcement bars situated on top of the other near the bottom of the footing. In the case of property line restrictions, footings may be designed for eccentric loading or combined footing is used as a substitute to the isolated footing.

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 Calculate Quantities of Materials for Concrete Excel Sheet

Quantities of materials for the production of the required quantity of concrete of given mix proportions can be calculated by the absolute volume method. This method is based on the principle that the volume of fully compacted concrete is equal to the absolute volume of all the materials of concrete, i.e. cement, sand, coarse aggregates, and water. A Concrete structure may consist of beams, slabs, columns, and foundations, etc. based on the type of structure. The volume of concrete required for concrete structure can be calculated by summing up the volumes of each structural member or each part of members.

Calculate Quantities of Materials for Concrete

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Structural Analysis and Design of Tall Buildings

Structural Analysis and Design of Tall Buildings

Bungale S. Taranath

Preference :

Structural systems for tall buildings have undergone a dramatic evolution throughout the previous two decades and into the 2010s. Developments in structural form have historically been realized as a response to emerging architectural trends in high-rise-building design. In the 1980s, international style and modernist high-rise designs, characterized by prismatic, repetitive vertical geometries and flat-topped roofs, were predominant. The development of the original tubular systems for tall buildings was indeed predicated upon an overall building form of constant or smoothly varying profile. The rigid discipline of the exterior tower form has since been replaced in many cases by the highly articulated vertical modulations of the building envelope characteristic of the present-day high-rise expressions. This general discontinuity and erosion of the exterior façade have led to a new generation of tall building structural systems that respond to the more flexible and idiosyncratic requirements of an increasingly varied architectural esthetic.

Content :

• Lateral Load Resisting Systems for Steel Buildings
• Lateral Load-Resisting Systems for Composite Buildings
• Gravity Systems for Steel Buildings
• Gravity Systems for Composite Buildings
• Wind Loads
• Seismic Design
• Seismic Provisions for Structural Steel Buildings
• Seismic Rehabilitation of Existing Steel Buildings
• Special Topics
• Connection Details

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