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Author: Roger Flanagan, George Norman
Edition: illustrated
Publisher: Wiley-Blackwell, 1993
ISBN: 047084731X
Length: 224 pages
Pdf: 8.1 Mb
The construction industry is subject to more risk and uncertainty than perhaps any other industry. Yet, surprisingly, managerial techniques used to identify, analyse and respond to risk were not applied in the industry until the 80's. Existing texts deal with the theoretical concepts of risk and the techniques that identify and manage it. This book provides a set of tools that enable these management techniques to be put into practice in the construction industry.
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Biannually since 1994, the European Conference on Product and Process Modelling in the Building and Construction Industry has provided a review of research, given valuable future work outlooks, and provided a communication platform for future co-operative research and development at both European and global levels. This volume, of special interest to researchers, developers and end-users in product and process modelling and construction informatics, contains the proceedings of the 5th ECPPM conference, held in September 2004. It provides a comprehensive overview of European research, as well as an insight in US, Canadian and Australian research. It also highlights perspectives of ambient intelligence and recent industry developments, and in addition, presents the latest developments in e-work and e-business, virtual enterprising, and collaborative work, as well as related best-practice industry examples.
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A third or more of the energy consumption of industrialized countries is expended on creating acceptable thermal and lighting conditions in buildings. As a result, building heat transfer is keenly important to the design of buildings, and the resulting analytical theory forms the basis of most design procedures. Analytical Theory of Building Heat Transfer is the first comprehensive reference of its kind, a one-volume compilation of current findings on heat transfer relating to the thermal behavior of buildings, forming a logical basis for current design procedures.
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Geotechnical Engineering Procedures for Foundation Design of Buildings and Structures
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CHAPTER 1 INTRODUCTION
CHAPTER 2 SOILS AND GEOLOGY
CHAPTER 3 SELECTION OF FOUNDATION TYPES
CHAPTER 4 SHALLOW FOUNDATIONS
CHAPTER 5 DEEP FOUNDATIONS
CHAPTER 6 RETAINING WALLS AND CELLULAR COFFERDAMS
CHAPTER 7 SLOPE STABILITY ANALYSIS
CHAPTER 8 EXCAVATION, FILL, BACKFILL, AND SOIL STABILITIZATION FOR STRUCTURES
CHAPTER 9 DEWATERING AND GROUNDWATER CONTROL
CHAPTER 10 FOUNDATIONS IN EXPANSIVE SOILS
CHAPTER 11 FOUNDATIONS IN AREAS OF SIGNIFICANT FRONT PENETRAT
CHAPTER 12 FOUNDATIONS FOR VIBRATING EQUIPEMENT AND SEISMIC LOADINGS
CHAPTER 13 PILE DRIVING EQUIPMENT
CHAPTER 14 GROUTING METHODS AND EQUIPMENT
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(Progress in Nonlinear Differential Equations and Their Applications)
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Nonlinear Oscillations of Hamiltonian PDEs (Progress in Nonlinear Differential Equations and Their Applications)
By Massimiliano Berti
* Publisher: Birkhäuser Boston
* Number Of Pages: 186
* Publication Date: 2007-09-24
* Sales Rank: 518329
* ISBN / ASIN: 0817646809
* EAN: 9780817646806
* Binding: Hardcover
* Manufacturer: Birkhäuser Boston
* Studio: Birkhäuser Boston
Book Description:
Many partial differential equations (PDEs) that arise in physics can be viewed as infinite-dimensional Hamiltonian systems. This monograph presents recent existence results of nonlinear oscillations of Hamiltonian PDEs, particularly of periodic solutions for completely resonant nonlinear wave equations.
After introducing the reader to classical finite-dimensional dynamical system theory, including the Weinstein—Moser and Fadell—Rabinowitz bifurcation results, the analogous theory for nonlinear wave equations is developed. The theory and applications of the Nash—Moser theorem to a class of nonlinear wave equations is also discussed together with other basic notions of Hamiltonian PDEs and number theory. The main examples of Hamiltonian PDEs presented include: the nonlinear wave equation, the nonlinear Schrödinger equation, beam equations, and the Euler equations of hydrodynamics.
This text serves as an introduction to research in this fascinating and rapidly growing field. Graduate students and researchers interested in variational techniques and nonlinear analysis applied to Hamiltonian PDEs will find inspiration in the book.
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3 Concrete Pavement
3.1. Description and Composition
3.2. Properties and Behavior
4 Full-Depth Repair of Pavements
4.1. Purpose
4.2. Need for Full-Depth Repair
4.3. Selection or Repair Boundries
4.4. Sawing of Repair Boundries
4.5. Removal of Existing Concrete
4.6. Subgrade and Base Preparation
4.7. Dowel and Tiebar Placement
4.8. Replacing Reinforcement
4.9. Expansion Joints
4.10. Filler Material
4.11. Dowels
4.12. Concrete Placement
4.13. Concrete Finishing and Texturing
4.14. Curing
4.15. Joint Sealing
5 Partial-Depth Repair of Pavements
5.1. Purpose
5.2. Need for Partial-Depth Repair
5.3. Selection of Repair Boundries
5.4. Removal of Existing Concrete
5.5. Cleaning
5.6. Joint Preparation
5.7. Patch Materials
5.8. Placement of Patch Materials
5.9. Finishing
5.10. Saw-cut Runouts
5.11. Sealing Patch/Slab Interface
5.12. Curing
5.13. Joint Resealing
6 Slabjacking
6.1. Purpose
6.2. Need for Slabjacking
6.3. Location of Injection Holes
6.4. Drilling Holes
6.5. Grout Mixtures
6.6. Grout Pumping
6.7. Elevation Control During Jacking
6.8. Plugging and Cleanup
7 Subsealing Jointed Concrete Pavements
7.1. Purpose of Subsealing
7.2. Void Detection
7.3. Need for Subsealing
7.4. Hole Patterns
7.5. Drilling Holes
7.6. Grout Mixtures
7.7. Grout Injection
7.8. Retesting Slab Corners
7.9. Plugging and Cleanup
8 Asphalt Undersealing
8.1. Method
8.2. Procedure
9 Diamond Grinding
9.1. Purpose of Grinding
9.2. Need for Grinding
9.3. Grinding Process
9.4. Test Section
9.5. Grinding Procedure
9.6. Acceptance Testing
10 Load-Transfer Restoration
10.1. Purpose
10.2. Need for Load-Transfer Restoration
10.3. Correction of Deficiencies
10.4. Methods of Load-Transfer Restoration
10.5. Patching Material
10.6. Placing
12 Pavement-Edge Drain
12.1. Purpose
12.2. Need for Pavement-Edge Drainage
12.3. Drainage Systems
12.4. Subsurface Drain Functions
12.5. Subsurface Drain Materials
12.6. Subsurface Drain Installation
12.7. French Drains
Chapter 13 Heat-Resistant Concrete
13.1. Description
13.2. Exposure Time and Temperature
13.3. Aggregate Performances
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Nomenclature for Circular Curves
circular Curve Equations
Simple Circular Curve
Degrees of Curvature to Various Radii
Nomenclature for Vertical Curves
Vertical Curve Equations
Nomenclature for Nonsymmetrical Curves
Nonsymmetrical Vertical Curve Equations
Determining Radii of Sharp Curves
Distancefrom Finished Shield to Subgrade shield and
Slope Equivalents
Areas of Plane Figures
Surfaces and Volumes of solids
Trigonometric Functions for all Quadrants
Trigonometric Functions
Right Triangle
Obliquec Triangle
Conversion Factors
Land Surveying Conversion Table
Steel Tape Temperature Corrections
Temperature Conversion
Less Common conversion Factors
Water Constants
Multiplication Factor Table
Recommended Pronunciations
Reinforced Steel
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Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design
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Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design
Rudolph Frederick Stapelberg
Springer
English
2009-04-21
ISBN: 1848001746
827 pages
PDF 11,4 MB
"Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design" studies the combination of various methods of designing for reliability, availability, maintainability and safety, as well as the latest techniques in probability and possibility modeling, mathematical algorithmic modeling, evolutionary algorithmic modeling, symbolic logic modeling, artificial intelligence modeling, and object-oriented computer modeling, in a logically structured approach to determining the integrity of engineering design. "Handbook of Reliability, Availability, Maintainability and Safety in Engineering Design" not only encompasses a depth of research into engineering design methods and techniques ranging from quantitative probability theory and expert judgment in Bayesian analysis to qualitative possibility theory, fuzzy logic and uncertainty in Markov analysis; from reliability block diagrams, fault trees, event trees and cause-consequence diagrams to Petri nets, genetic algorithms and artificial neural networks; but it also covers a breadth of research into the concept of integrity in engineering design. Such breadth of research is represented by the inclusion of the topics of reliability and performance, availability and maintainability, and safety and risk, in an overall concept of designing for integrity during the different phases of the engineering design process. These topics add significant value to the theoretical expertise and practical experience of process, chemical, civil, mechanical, electrical, and electronic engineers, by considering process engineering design from the point of view of 'what should be achieved' to meet criteria for designing for reliability, availability, maintainability and safety.
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