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SkyCiv Structural Engineering for Students: Reinf. Concrete
Rating: 4.3 out of 5(31 ratings)
3,271 students

SkyCiv Structural Engineering for Students: Reinf. Concrete

Expand your structural analysis, modeling, and design knowledge using intuitive software on the cloud
Last updated 8/2020
English

What you'll learn

  • How to use the SkyCiv software platform effectively
  • Example: 2D Concrete Moment Frame Analysis and Design
  • Structural Engineering workflow commonly used in practice
  • "What's Next?" Look at Reinforced Concrete Member Design
  • Exposure to Structural Design material that might not be covered in undergraduate study
  • "What's Next?" Look at Foundation Design
  • Exposure to concrete design code: ACI 318

Course content

1 section10 lectures1h 15m total length
  • Introduction to the Course2:16
  • Intro, Modeling, and Sections6:16

    In this lecture, we talk about the project and fast-forward the simple modeling and section application of our 2D concrete moment frame.

  • Vertical Loads and Wind Load Generation6:34

    We apply the vertical Dead and Live Loads and generate the Wind Loads as required by ASCE 7, using the SkyCiv Wind Load Generator.

  • Manual Wind Load Application10:18

    In this lecture, we learn how to manually apply our calculated Wind Loads -- a very useful skill -- to our 2D concrete moment frame.

  • Load Cases and Combinations, Solving, and Results8:03

    In this lecture, we identify load cases for our load groups, import and apply load combinations. Then we will be running our 2D concrete moment frame through the various analysis available in Structural 3D.

  • What's Next? RC Member Design - Input Walkthrough and Layouts9:02

    In the first "What's Next?" lecture, we take our frame into the Reinforced Concrete Design module and examine the inputs that are required. Then we go through the longitudinal and transverse layout of an example member.

  • What's Next? RC Member Design - Forces and Load Combinations3:44

    In the second "What's Next?" lecture, we take a look at the forces and load combinations available for each member in our project.

  • What's Next? RC Member Design - Design Checks and Reporting8:41

    In the third "What's Next?" lecture, we run the design checks of our example 2D concrete frame and go through the Detailed Reinforced Concrete Member report, which is attached for download in the Resources section.

  • What's Next? Foundation Design - Input Walkthrough13:27

    In the fourth "What's Next?" lecture, we introduce foundation design in SkyCiv and go over the input required. We look at how to go from a Structural 3D model to a Foundation design calculation.

  • What's Next? Foundation Design - Design Checks and Reporting7:17

    In the fourth "What's Next?" lecture, we run our initial design and take a look at the results. If the design is failing, how can we adjust the input parameters to get a passing design? Make sure to download and review the Detailed Foundation Design report, which is attached in the Resources section.

Requirements

  • Statics/Structural Analysis
  • Interest in Structural Engineering Analysis and Design
  • Chrome or Firefox Browser
  • Familiarity with Reinforced Concrete as a Structural Building Material

Description

SkyCiv Structural Engineering for Students: Reinforced Concrete will either re-enforce topics you have learned in class or help you grasp new ones that aren't covered. One of the main goals of the course is to use real examples to help you bridge the gap from college coursework to the industry, as well as expose you to topics that aren't usually covered in undergraduate curriculum. If you have never been used structural engineering software, this course will give you a great idea of the ideal workflows used in practice through the use of the SkyCiv platform.

If you want to work alongside the examples in this course as well as the other courses, you can complete the majority of tasks with a SkyCiv Student Account, which you can sign up for directly from the SkyCiv website.

The main component of this course includes walking through the modeling, loading, and analysis of a 2 dimensional concrete moment frame, all with the SkyCiv software suite. At the end of the analysis phase of the project, there is a “What’s Next” section of lectures that will go through and expose you to concrete member and isolated footing design in accordance with ACI 318-14.The features used in those lectures are not available with a SkyCiv Student account.

Join us in learning how to use the SkyCiv platform to enhance and expand your current structural engineering knowledge! Make sure to check out the other SkyCiv courses if you found this interesting.

Who this course is for:

  • Civil or Structural Engineering students trying to learn how to model and use structural engineering software
  • Civil or Structural Engineering students trying to learn more about structural engineering industry workflow
  • Civil or Structural Engineering students interested in underlying theoretical principles of structural analysis (FEA, Fixity, etc)
  • Civil or Structural Engineering students wanting to learn how to use SkyCiv
  • Civil or Structural Engineering students curious about reinforced concrete member design and foundation member design