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If possible, two screens would be recommended to move between the presentation and the workshops. For this virtual course, you will need a computer, microphone, webcam, and internet connection.NY licensed engineers can receive up to 22.5 PDHs for the completion of this course. Attendees are eligible for up to 22.5 PDHs.Cancellations made after August 12, 2022, will not receive a refund. Cancellations must be received by August 12, 2022.A $75 cancellation fee applies to all cancellations.Students are encouraged to prepare for this classroom course by viewing the ASDSO Webinar Hydraulics 101: Intro to Hydraulics for Dam SafetyĪSDSO will also be offering a three-day HEC-RAS 2D class where students will receive more in-depth instruction on building and running 2D flow models. The participants should have an undergraduate engineering degree. Obtain an understanding of 1D unsteady flow modeling with HEC-RAS.īy the end of the course, participants will be able to apply these objectives and have a comfort level in developing and analyzing a hydraulic model for typical open channel flow applications.Apply principles of open channel flow to dams and dam failures.Incorporate bridges, culverts, and in-line structures.Understand the basics of water surface profile computations.Learning objectives attendees will receive from this course:
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Bridges, culverts, and in-line structures will be discussed and both steady and unsteady flow modeling will be explored. The objective of this course is to review the basic principles of open channel hydraulics as they relate to the natural stream environment with application to dam safety. The course provides a hands-on opportunity to use the program and resolve specific questions.
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**** The Model Has One Or More Error(s) **** Minimum error exceeds allowable tolerance at 17MAR2017 00:01:50 Solution solver went unstable, iteration 3 at 17MAR2017 00:01:50 Solution solver went unstable, iteration 4 at 17MAR2017 00:01:40 Solution solver went unstable, iteration 12 at 17MAR2017 00:01:30 Solution solver went unstable, iteration 14 at 17MAR2017 00:01:20 Solution solver went unstable, iteration 7 at 17MAR2017 00:01:10 Solution solver went unstable, iteration 11 at 17MAR2017 00:01:00 Solution solver went unstable, iteration 9 at 17MAR2017 00:00:20 Solution solver went unstable, iteration 7 at 16MAR2017 00:00:10 Performing Unsteady Flow Simulation HEC-RAS 5.0.3 September 2016 Geometric Preprocessor HEC-RAS 5.0.3 September 2016 Hello sir, While running the model I am getting Errors.