Program
Program

Author: Organization of American Historians

Publisher:

Published: 1993

Total Pages: 796

ISBN-13:

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Downtown
Downtown

Author: Pete Hamill

Publisher: Little, Brown

Published: 2004-12-01

Total Pages: 326

ISBN-13: 0759512973

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In this "beautifully written, sharply observed, and heartfelt" guide to his hometown (New York Times), legendary New York City journalist Pete Hamill leads us on an unforgettable journey through the city he loves. Walking the Manhattan streets he loves, from Times Square to the island’s southern tip, Pete Hamill combines a moving memoir of his own days and nights in new York with a lively and revealing history of the city’s most enduring places and people. “Pete Hamill lovingly captures the vibrant sights, sounds, and smells of Manhattan from Battery Park to midtown, the most important, most exciting stretch of real estate in the world.” --New York Daily News

Yearbook of International Organizations
Yearbook of International Organizations

Author:

Publisher:

Published: 1967

Total Pages: 1704

ISBN-13:

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Beginning in 1983/84 published in 3 vols., with expansion to 6 vols. by 2007/2008: vol. 1--Organization descriptions and cross references; vol. 2--Geographic volume: international organization participation; vol. 3--Subject volume; vol. 4--Bibliography and resources; vol. 5--Statistics, visualizations and patterns; vol. 6--Who's who in international organizations. (From year to year some slight variations in naming of the volumes).

Transition from Fluid to Solid
Transition from Fluid to Solid

Author:

Publisher: American Concrete Institute

Published: 2009

Total Pages: 180

ISBN-13: 0870313150

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Summary: This publication contains the twelve papers presented at a full-day technical session sponsored by the American Concrete Insitute. The subject matter of these papers includes: (1) the development of concrete properties and microstructure at early ages, (2) test methods for assessing early-age volume change and cracking potential, (3) construction operations timing, (4) computer simulations of early-age behavior, and (5) mechanisms that end the concrete dormant period.