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Project Management in Construction
Sidney Levy,
2006
ISBN-10: 0071464174
402 Pages
PDF 6,1 MB
Step-by-step advice on making every construction job profitable and successful
Covering every aspect of the job, from writing initial contracts to complying with OSHA regulations, this trusted resource outlines the essential tenets of project management including estimating, purchasing, and administration of the contract.
From the Back Cover
Harness Today's Most Powerful Project Management Methods to Successfully Run Any Construction Job from Start to Finish!
From drafting the initial contract to complying with safety regulations, the revised Fifth Edition of Project Management in Construction equips contractors and project managers with the tools they need to run every phase of a construction job. This updated classic leads readers step by step through the basics of project management (PM), including estimating, purchasing, contract administration, and other topics critical to supervising a profitable project delivered on time and with a minimum of change orders.
Fast Track Your Construction PM Skills
* Introduction to the Construction Industry * Start of the Construction Process * Successful Project Completion Depends Upon Successful Commencement * General Conditions of a Construction Contract * Estimating * Project Organization * Buying Out the Job * Quality Control and Quality Assurance * Project Cost Control Procedures * Change Orders and Liquidated Damages Clauses * Project Documentation * Claims, Disputes, Arbitration, and Mediation * Design-Build * Safety in Construction * Bonds and Insurance * Green Buildings * Interoperability and Building Information Modeling
The Fifth Edition of this must-have PM resource features:
Greatly expanded coverage of design-build
Updated safety data from OSHA
The latest legal opinions and court decisions on key construction topics
Pitfalls to avoid when dealing with the unknowns associated with renovation and rehab work
New material on ethics in the industry; new guidance on estimating a project during design; and four new chapters: Successful Project Completion Demands a Successful Commencement, Quality Control and Quality Assurance, Sustainability and Green Buildings, and Interoperability and Building Information Modeling
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Design of Liquid Retaining Concrete Structures
by R.D. Anchor (Author)
224 pages/14.6MB PDF (scanned copy)
Publisher: Butterworth-Heinemann Ltd; 2nd Revised edition edition (2 Jul 1992)
Language English
ISBN-10: 0340545275
ISBN-13: 978-0340545270
Product Description
This is a guide to the detailed structural design of concrete for retaining or excluding liquids. Structural developments are discussed individually so that expertise can be applied to any situation likely to be encountered - from the construction of water-towers to the damp-proofing of basements. This new edition has been brought up-to-date with the latest changes in UK and international practice. The design methods refer to British Standards (8007, 8110 and 8102) as well as US standards (including ACI codes). Reference is also made to a recent Australian standard.
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The October 17, 1989, Loma Prieta, California, Earthquake, Selected Photographs
by By J.K. Nakata, C.E. Meyer, H.G. Wilshire, J.C. Tinsley, W.S. Updegrove, D.M. Peterson, S.D. Ellen, R.A. Haugerud, R.J. McLaughlin, G.R. Fisher, and M.F. Diggles
Photographs and descriptions to accompany
Digital Data Series DDS-29
Version 1.2 1999
104 pages
United States Geological Survey (USGS)
Introduction
On October 17, 1989, at 5:04:15 p.m. (P.d.t.), a magnitude 6.9 (moment magnitude; surface-wave magnitude, 7.1) earthquake severely shook the San Francisco and Monterey Bay regions. The epicenter was located at 37.04° N. latitude, 121.88° W. longitude near Loma Prieta peak in the Santa Cruz Mountains, approximately 14 km (9 mi) northeast of Santa Cruz and 96 km (60 mi) south-southeast of San Francisco. The earthquake occurred when the crustal rocks comprising the Pacific and North American Plates abruptly slipped as much as 2 meters (7 ft) along their common boundary-the San Andreas fault system. The rupture initiated at a depth of 18 km (11 mi) and extended 35 km (22 mi) along the fault, but it did not break the surface of the Earth .
About this Loma Prieta earthquake publication
Contents:
* I. San Francisco Sites
* II. Bay Bridge
* III. Oakland
* IV. San Francisco and San Mateo County Coast
* V. Fremont Baylands
* VI. Menlo Park
* VII. Los Altos
* VIII. Los Gatos
* IX. Summit Road Area, Santa Cruz Mountains
* X. Redwood Grove, Santa Cruz Mountains
* XI. Boulder Creek, Santa Cruz Mountains
* XII. Highway 17, Santa Cruz Mountains
* XIII. Santa Cruz Area
* XIV. Watsonville Area
* XV. Moss Landing
* XVI. Salinas
* Color Targets
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CP7:1997 CODE OF PRACTICE FOR The structural use of timber
CP4:2003 CODE OF PRACTICE FOR Foundation
CP11:2002 CODE OF PRACTICE FOR Demolition
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info: File 1:This paper reviews all the electrochemical and nondestructive techniques from the point of view of corrosion assessment and their applications to bridges,buildings and other civil engineering structures.Reinforced concrete structures have the potential to be very durable and capable of withstanding a variety of adverse environmental conditions.
File 2:In this paper the protection of reinforcing steel in new and existing reinforced
concrete structures by using migration corrosion inhibitors (MCI) and corrosion protective materials (CM) which contain MCI is discussed. The composition and criteria of quality for products and systems for protection and repair of new and existing reinforced concrete structures is discussed too.It is also described the procedure of the restoration with the MCI-inhibitors and materials contended this inhibitors of the reinforced concrete structures of the module no.3 on the
wharf mo. 5 in the harbour Ploče.
protection and repair of reinforced concrete stuctures
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