Directly in the ship’s path was the Sunshine Skyway Bridge--two ribbons of concrete, steel, and asphalt that crossed fifteen miles of open bay.  Suddenly, a violent weather cell reduced visibility to zero at the precise moment when Lerro attempted to direct the 20,000-ton vessel underneath the bridge. Unable to stop or see where he was going, Lerro drove the ship into a support pier; the main span splintered and collapsed 150 feet into the bay. Seven cars and a Greyhound bus fell over the broken edge and into the churning water below. Thirty-five people died.Skyway tells the entire story of this horrific event, from the circumstances that led up to it through the years-long legal proceedings that followed. Through personal interviews and extensive research, Bill DeYoung pieces together the harrowing moments of the collision, including the first-person accounts of witnesses and survivors. Among those whose lives were changed forever was Wesley MacIntire, the motorist whose truck ricocheted off the hull of the Summit Venture and sank. Although he was the lone survivor, MacIntire, like Lerro, was emotionally scarred and remained haunted by the tragedy for the rest of his life. Similarly, DeYoung details the downward spiral of Lerro’s life, his vilification in the days and weeks that followed the accident, and his obsession with the tragedy well into his painful last years. DeYoung also offers a history of the ill-fated bridge, from its construction in 1954, through the addition of a second parallel span in 1971, to its eventual replacement. He discusses the sinking of a Coast Guard cutter a mere three months before Skyway collapsed and the Department of Transportation’s dire warnings about the bridge’s condition. The result is a vividly detailed portrait of the rise and fall of a Florida landmark.

    interstate system changed the face of our country. The Big Roads charts the creation of these essential American highways. From the turn-of-the-century car racing entrepreneur who spurred the citizen-led “Good Roads” movement, to the handful of driven engineers who conceived of the interstates and how they would work—years before President Eisenhower knew the plans existed—to the protests that erupted across the nation when highways reached the cities and found people unwilling to be uprooted in the name of progress, Swift follows a winding, fascinating route through twentieth-century American life.  How did we get from dirt tracks to expressways, from main streets to off-ramps, from mud to concrete and steel, in less than a century? Through decades of politics, activism, and marvels of engineering, we recognize in our highways the wanderlust, grand scale, and conflicting notions of citizenship and progress that define America.

    He includes information on Java Platform Standard Edition 6 (Java SE 6) and offers complete coverage of the Java language, its syntax, keywords, and fundamental programming principles.

    When you flick on your light switch the light goes on--how? When you put out your garbage, where does it go? When you flush your toilet, what happens to the waste? How does water get from a reservoir in the mountains to your city faucet? How do flowers get to your corner store from Holland, or bananas get there from Ecuador? Who is operating the traffic lights all over the city? And what in the world is that steam coming out from underneath the potholes on the street? Across the city lies a series of extraordinarily complex and interconnected systems. Often invisible, and wholly taken for granted, these are the systems that make urban life possible. The Works: Anatomy of a City offers a cross section of this hidden infrastructure, using beautiful, innovative graphic images combined with short, clear text explanations to answer all the questions about the way things work in a modern city. It describes the technologies that keep the city functioning, as well as the people who support them-the pilots that bring the ships in over the Narrows sandbar, the sandhogs who are currently digging the third water tunnel under Manhattan, the television engineer who scales the Empire State Building's antenna for routine maintenance, the electrical wizards who maintain the century-old system that delivers power to subways. Did you know that the Verrazano-Narrows Bridge is so long, and its towers are so high, that the builders had to take the curvature of the earth's surface into account when designing it? Did you know that the George Washington Bridge takes in approximately $1 million per day in tolls? Did you know that retired subway cars travel by barge to the mid-Atlantic, where they are dumped overboard to form natural reefs for fish? Or that if the telecom cables under New York were strung end to end, they would reach from the earth to the sun? While the book uses New York as its example, it has relevance well beyond that city's boundaries as the systems that make New York a functioning metropolis are similar to those that keep the bright lights burning in big cities everywhere. The Works is for anyone who has ever stopped midcrosswalk, looked at the rapidly moving metropolis around them, and wondered, how does this all work?

    The American Society of Civil Engineers has, in its latest report, given American roads and bridges a grade of D and C+, respectively, and has described roughly sixty-five thousand bridges in the United States as "structurally deficient." This crisis--and one need look no further than the I-35W bridge collapse in Minnesota to see that it is indeed a crisis--shows little sign of abating short of a massive change in attitude amongst politicians and the American public.In The Road Taken, acclaimed historian Henry Petroski explores our core infrastructure from historical and contemporary perspectives and explains how essential their maintenance is to America's economic health. Recounting the long history behind America's highway system, Petroski reveals the genesis of our interstate numbering system (even roads go east-west, odd go north-south), the inspiration behind the center line that has divided roads for decades, and the creation of such taken-for-granted objects as guardrails, stop signs, and traffic lights--all crucial parts of our national and local infrastructure. His history of the rebuilding of the San Francisco-Oakland Bay Bridge reveals the complex and challenging interplay between government and industry inherent in the conception, funding, design, and building of major infrastructure projects, while his forensic analysis of the street he lives on--its potholes, gutters, and curbs--will engage homeowners everywhere.A compelling work of history, The Road Taken is also an urgent clarion call aimed at American citizens, politicians, and anyone with a vested interest in our economic well-being. The road we take in the next decade toward rebuilding our aging infrastructure will in large part determine our future national prosperity.

    

    1: Elementary Theory and Problems contains the essential material that is usually covered in required courses of strength of materials in our engineering schools. Strength of Materials - Part. 2: Advanced Theory and Problems contains the later developments that are of practical importance in the fields of strength of materials, and theory of elasticity. Complete derivations of problems of practical interest are given in most cases. The books are illustrated with a number of problems to which solutions are presented. In many cases, the problems are chosen so as to widen the field covered by the text and to illustrate the application of the theory in the solution of design problems.

    A guided tour of the physical Internet, as seen on, above, and below the city s streets What do....

    The most popular applications-oriented approach to engineering technology fluid mechanics, this text covers all of the basic principles of fluid mechanics-both statics and dynamics-in a clear, practical presentation that ties theory directly to real devices and systems used in chemical process industries, manufacturing, plant engineering, waste water handling and product design. Readable and clearly written, the new 6th edition brings a much more attractive appearance to the book and includes many updates and additional features.

    How to Live in the City is a book for navigating and nurturing this important relationship.Hugo Macdonald believes you need to feel a city to understand it. He won't tell you how wide the perfect pavement should be but he will show you how to walk down a pavement with eyes wide open. This is a book to help you feel human in an inhuman environment.

    The text provides a thorough, how-to explanation of each of the steps of the design process--from initial contact with the client to a completed master plan. The text's numerous illustrations and useful case study examples offer a rich learning experience for students. Whether you are just starting your design career or are a current practitioner, this valuable resource is sure to enhance your skills and knowledge.

    Hemostasis and coagulation theory, testing, and instrumentation are also thoroughly discussed. Beautiful full-color illustrations throughout the text enhance comprehension and allow students to realistically visualize hematology concepts.Detailed, full-color illustrations appear near hematology concept discussions to visually support comprehension and recognition.Opening Case Studies present real-life scenarios to apply concepts presented in each chapter.Learning Objectives and Review Questions work together to list expected outcomes and then test those concepts for each chapter.A Bulleted Summary highlights the key concepts at the end of each chapter.Hematology/Hemostasis Reference Ranges inside the front and back covers provide quick reference.Three new chapters detail significant information: An Overview of Clinical Laboratory Hematology, Hematology in Selected Populations, and Monitoring Anticoagulant Therapy.All chapters have been revised to feature the most current technology and research updates.The included Glossary of Terms and consistent pedagogy ensure a cohesive, effective tool for learning.Two well-respected editors contributed more significantly to this third edition: George Fritsma shared his expertise for the Hemostasis section and Kathy Doig managed the pedagogical features.

    Perhaps the oddest quirk of Britain's railway network is also one of its least well known: around 150 of the nation's stations are request stops. Take an unassuming station like Shippea Hill in Cambridgeshire - the scene of a fatal accident involving thousands of carrots. Or Talsarnau in Wales, which experienced a tsunami. Tiny Stations is the story of the author's journey from the far west of Cornwall to the far north of Scotland, visiting around 40 of the most interesting of these little used and ill-regarded stations. Often a pen-stroke away from closure - kept alive by political expediency, labyrinthine bureaucracy or sheer whimsy - these half-abandoned stops afford a fascinating glimpse of a Britain that has all but disappeared from view. There are stations built to serve once thriving industries - copper mines, smelting works, cotton mills, and china clay quarries where the first trains were pulled by horses; stations erected for the sole convenience of stately home and castle owners through whose land the new iron road cut an unwelcome swathe; stations created for Victorian day-tripping attractions; a station built for a cavalry barracks whose last horse has long since bolted; and many more. Dixe Wills will leave you in no doubt that there's more to tiny stations than you might think.

    By the age of 26, he had been appointed chief engineer of the Great Western Railway, linking Bristol to London. His love of steamships led him to build a series of revolutionary vessels, including the Great Britain—the first steamship to cross the Atlantic. Illustrated with a wealth of blueprints, drawings, and rare photographs, this new biography tracks the life and achievements of this Victorian-era genius. A fascinating portrait of ambition and innovation, Brunel provides ample evidence to support the claim that Brunel was indeed “the man who built the world.”

    All of the fundamentals of robotics are covered--robotics analysis; including kinematics, kinetics and force control, and trajectory planning of robots; its sub-systems such as actuators, sensors, and vision systems; as well as robotics applications. "Introduction to Robotics" also includes many subjects related to mechatronics, microprocessor actuator control, integration of sensors, vision systems, and fuzzy logic. For practicing mechanical engineers, electronic and electric engineers, computer engineers, and engineering technologists who would like to learn about robotics.