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 What They Say
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"I am very impressed with the technical level of the journal. The first edition was a concise refresher in hydraulics. I enjoyed reading it and look forward to the next edition.
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Mr. John Shaw P.E.
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Current Methods Journal
Featuring articles written by engineers, for engineers
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 Back to Books
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Haestad Methods is proud to offer a new journal devoted to state-of-the-practice articles written to benefit engineers, reviewers, and project managers. Each of these periodical publications will focus on a specific category of water resources engineering, and provides valuable articles and current events in hydrology and hydraulics.
The inaugural issue of Current Methods will be devoted to water distribution modeling, and will contain articles ranging from peaking factors to fire flow to water quality to cost analysis and more. Each article is written in an easy-to-read style geared towards real-world engineering situations and case studies.
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Classroom-In-A-Book
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Each journal will contain a lecture series for self-training in practical water resources topics. These training series provides definitions, equations, background theory, and real-world case examples from which to learn. These articles are ideal for those who are eager to learn and desire valuable written resources for life long learning.
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Earn CEUs
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Each issue of Current Methods comes with a quiz devoted to the specific category of water resources covered in that issue. To earn CEUs, just tear out the answer form provided in the center of the journal, take the quiz in the comfort of your own home or office, and mail in your answers to Haestad Methods for grading. CEUs will be awarded for test scores of 70/100 or higher.
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Preview of Water Distribution Issue:
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Hydraulics & Hydrology News
Basic Hydraulics Principles
Classroom-In-A-Book Home Study Quiz for Earning CEUs
Fundamentals of Calibration
Importance and Accuracy of Node Elevation Data
Peaking Factors for Systems with Leakage
Relating Design Flow, Pipe Size, and Cost
Interpreting Extended Period Simulation Models
Performing an Automated Fire Flow Analysis
Use of Tracer Studies and Water Quality Models to Calibrate a Network Hydraulic Model
Genetic Algorithms in Water Resources Engineering
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