ACCESSIBILITY STATEMENT
UTA Libraries believe education needs to be available to everyone, which means supporting the creation of free, open, and accessible educational resources. We are actively committed to increasing the accessibility and usability of the OER we produce.
ACCESSIBILITY FEATURES
Mavs Open Press uses Pressbooks to create and distribute OER. In May 2018, Pressbooks announced their accessibility policy, which outlines efforts and demonstrates commitment to making the software accessible. The web version of this resource has been designed with accessibility in mind by incorporating the following features.
OTHER FILE FORMATS
In addition to the web version, this book is available in a number of file formats, including PDF, EPUB (for eReaders), MOBI (for Kindles), and various editable files. These formats can be retrieved from the “Download this book” drop-down menu on the book’s home page.
KNOWN ACCESSIBILITY ISSUES
The rubric used to evaluate this resource for accessibility is included in the publication’s back matter. While we strive to make our resources as accessible and as usable as possible, we might not always get it right. Any issues we identify will be listed below. There are currently no known issues.
List of Known Accessibility Issues
Location of issueNeed for improvementTimelineWorkaround
If you encounter problems accessing this resource, please contact us at oer@uta.edu to let us know so we can address the issue.
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This statement was last updated on February 24, 2020. It was modified from the BCcampus Open Education Accessibility Toolkit – 2nd Edition by Amanda Coolidge, Sue Doner, Tara Robertson, and Josie Gray and is used under a CC BY 4.0 International License.
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Applied Fluid Mechanics Lab Manual by Habib Ahmari and Shah Md Imran Kabir is licensed under a Creative Commons Attribution 4.0 International License, except where otherwise noted.
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About the PublisherAccessibility StatementAbout This ProjectAcknowledgmentsLab ManualExperiment #1: Hydrostatic PressureExperiment #2: Bernoulli's Theorem DemonstrationExperiment #3: Energy Loss in Pipe FittingsExperiment #4: Energy Loss in PipesExperiment #5: Impact of a JetExperiment #6: Orifice and Free Jet FlowExperiment #7: Osborne Reynolds' DemonstrationExperiment #8: Free and Forced VorticesExperiment #9: Flow Over WeirsExperiment #10: PumpsReferencesLinks by ChapterImage CreditsAccessibility RubricErrata and Versioning HistoryAPPLIED FLUID MECHANICS LAB MANUAL