Written by 6 professors, each with a Ph.D. in Civil Engineering; A detailed description of the examination and suggestions on how to prepare for it; 195 exam, essay, and multiple-choice problems with a total of 510 individual questions; A complete 24-problem sample exam; A detailed step-by-step solution for every problem in the book; This book may be used as a separate, stand-alone volume or in conjunction with Civil Engineering License Review, 14th Edition (0-79318-546-7). Its chapter topics match those of the License Review book. All of the problems have been reproduced for each chapter, followed by detailed step-by-step solutions. Similarly, the 24-problem sample exam (12 essay and 12 multiple-choice problems) is given, followed by step-by-step solutions to the exam. Engineers looking for a CE/PE review with problems and solutions will buy both books. Those who want only an elaborate set of exam problems, a sample exam, and detailed solutions to every problem will purchase this book. 100% problems and solutions.

Civil Engineering Solved Problems includes more than 370 problem scenarios representing a broad range of the NCEES Civil PE exam topics. The problem scenarios are instructionally designed so that you learn how to identify and apply related concepts and equations. The breadth of topics covered and the varied complexities of the problems allow you to assess and strengthen your problem-solving skills. Step-by-step solutions demonstrate accurate, efficient solving methods.

Engineering, Medical, Chartered Accounting and Law are a few professions that are considered to be good for one’s status, salary and other perquisites. But, just managing one’s admission into professional institutions does not make a person successful professionally. This book has eleven levels. The first five levels explain what engineering is and how one can become a successful professional, for which parents and teachers should contribute significantly. The rest of book takes a civil engineer working on projects like roads, bridges, dams, seaports, airports, industrial and residential buildings etc. on an innovative and interesting professional journey. It explains in minute detail, with examples of possible challenges and solutions for them, covering as many tasks as possible. The construction of major projects has been explained in simple language that best suits a classroom setting.

Challenges, Opportunities and Solutions in Structural Engineering and Construction addresses the latest developments in innovative and integrative technologies and solutions in structural engineering and construction, including: Concrete, masonry, steel and composite structures; Dynamic impact and earthquake engineering; Bridges and

Of all the PE exams, more people take the civil than any other discipline. The eight-hour, open-book, multiple-choice exam is given every April and October. The exam format is breadth-and-depth -- all examinees are tested on the breadth of civil engineering in the morning session; in the afternoon, they select one of five specialties to be tested on in-depth. Our civil PE books are current with the exam; they reflect the new format, and they reference all the same codes used on the exam.101 Solved Problems, for extra problem-solving practice. -- Practice problems in essay format cover a wide range of breadth-and-depth exam topics -- Includes full solutions

Nothing builds your confidence for an exam like solving problems. 246 Solved Structural Engineering Problems will help you prepare for the NCEES Structural I and II exams, the California state structural exam, and the structural module of the civil PE exam. In each chapter, problems are arranged in order of increasing complexity, offering practice levels appropriate for each of these tests. Exam topics covered are Structural Analysis Structural Concrete Structural Steel Timber Seismic Analysis Foundation Design Masonry In the structural steel chapter, problems may be solved with either the AISC ASD or LRFD method, whichever you're comfortable with. (The NCEES exams permit either method; the California exam requires use of both methods.) Solutions show all essential steps.

Two forty-question practice tests (with answers) for the Civil PE Breadth Exam.

With an average of only six minutes to solve each problem on the Civil PE exam, speed and accuracy are vital to your success--and nothing gets you up to speed like solving problems. The practice problems contained in Six-Minute Solutions for Civil PE Exam Construction Problems are consistent with the multiple-choice format, difficulty, and subject matter of the exam. Understanding how to solve construction problems quickly and efficiently is key to passing the Civil PE exam. Solving construction problems on the Civil PE exam also requires a thorough familiarity with design standards, and Six-Minute Solutions reflects those specified for the exam. Beat the Clock on the Civil PE Exam 100 challenging, multiple-choice problems 2 levels of difficulty: 20 morning and 80 afternoon construction problems Coverage of exam-adopted design standards ACI 318 (2005) ACI 347 (2004) ACI SP-4 (2005) AISC (13th ed) ASCE 37 (2002) CMWB (2001) MUTCD Part 6 (2009) NDS (2005) OSHA 29 CFR Part 1926 A hint for each problem Step-by-step solutions Explanations of how to avoid common errors Topics Covered Earthwork Construction and Layout Estimating Quantities and Costs Scheduling Material Quality Control and Production Temporary Structures Worker Health, Safety, and Environment Other Topics

For junior-level courses on Civil Engineering Materials, Construction Materials, Materials of Construction, and Materials of Architecture in departments of Civil Engineering, Construction Engineering, Architecture, Engineering Technology, and Agricultural Engineering. This book deals with properties, applications and analysis of important materials of construction/civil engineering. It offers full coverage of how materials are made or obtained, their physical properties, their mechanical properties, how they are used in construction, how they are tested in the lab, and their strength characteristics--information that is essential for material selection and elementary design.