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Design of Slender Columns Per ACI Code for Buckling Failure.

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  • 04 名學生
  • 更新於 12/2024
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課程資料

報名日期*
全年招生
課程級別
學習模式
修業期
2 小時 21 分鐘
教學語言
英語
授課導師
Ali Abu Hatab
課程連結
*提示: 以上時間表僅供參考,以機構網站為準。

課程簡介

Design of Slender Columns Per ACI Code for Buckling Failure.

Learn Long Slender Columns Design Per ACI Code | Buckling Failure Concept | Interaction Diagrams of Columns Under Moment

In this course, you will study a complete example of designing columns with 0.4x0.4m and 6m height under axial and moments for buckling. Per ACI Code and Standers. Join and enroll in the course now !!!

Introduction to the Course

If the column fails due to initial material failure; crushing of concrete, yielding of steel, or both, it is classified as a short column. As the length of the column increases.

The probability that failure will occur by buckling also increases. Therefore, the transition from the short column to the long column case is defined using the slenderness ratio.

In this course you will learn how to design a long column to carry in addition to the ultimate axial load, the Moments.

Course Content and Oultine

  • Types of Reinforced Concrete Columns

  • Buckling Failure Principles

  • Long and Short Columns Analysis

  • Design of Short column Building Plan Example

  • Design of Long Columns for Buckling

  • Interaction Diagrams of Columns

  • Moment Magnification factor Method for Design of Buckling

  • Non-Sway frame column Design for Buckling

About the tutor

My name is Ali Abu Hatab, I am a Civil Engineer from Palestine, Who has experience in structural engineering, water, and wastewater design.

Join and enroll now !

課程章節

  • 1 個章節
  • 5 堂課
  • 第 1 章 Design of Short and Long Column Per ACI Code| Magnification Factor Method

課程內容

  • Types of Reinforced Concrete Columns, Buckling Failure Principles, Long and Short Columns Analysis, Design of Short Columns for Axial Load, Design of Long Columns for Buckling, Slenderness Ratio, Interaction Diagrams of Columns, Moment Magnification factor Method for Design of Buckling, Slenderness Design formulas, Sway and Non Sway Frames, Effective length factor K, First and Second moment analysis, Non Sway frame column Design for both Pu ultimate axial load and Mu ultimate moment for Buckling


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