RedVector RV-10422

Design of Reinforced Concrete Using the ACI Code: Design of Short Columns Subject to Axial Load and Bending

Design of Reinforced Concrete Using the ACI Code: Design of Short Columns Subject to Axial Load and Bending

1 hr. Online Course

Level: Advanced

Item#: RV-10422

SME: Jack C. McCormac Russell H. Brown

USD$49.95 InStock 2029-01-01
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This course has been discontinued.

 
 
The purpose of this course is to cover some of the aspects of a column that will influence your selection, design, and/or analysis of a column(s) to be used in the support of a structure. This course will cover such topics as:
  • Describe types of columns
  • Discuss failure of tied and spiral columns
  • Identify the limitations specified by the ACE Code requirements
  • Define economical column design
  • Recognize formulas for design of axially loaded columns
  • Describe various reinfocing methods
  • Describe types of columns
  • Discuss failure of tied and spiral columns
  • Identify the limitations specified by the ACE Code requirements
  • Define economical column design
  • Recognize formulas for design of axially loaded columns
  • Describe various reinforcing methods

Posted by arrangement with John Wiley & Sons, Inc. Copyright © 2014, 2009, 2006, 2005 All rights reserved.

 

 

Objectives Course Applies to
Course Objectives
At the conclusion of this course, you will be able to:
  • Provide six ways a column section can fail.
  • Define and locate a plastic centroid provided with a column’s comprehensive stress and yield stress.
  • Develop an interaction curve of a nominal axial load and moments values for a particular column.
  • Explain why it is not possible to prevent sudden compression failures or balanced failures in columns.
  • Explain the use of interaction diagrams and the different parts of an interaction diagram.
  • Provide the three modification codes of column interaction diagrams and explain the differences between each of them.
  • Design a column provided with comprehensive stress, yield stress, and the maximum loads from factored loads.
  • Explain how to achieve a good column size using a trial and error method.
  • Identify and explain the different parts of the ACI equations used to determine the shearing force that can be carried for a concrete member that is subjected to axial compression and shearing forces.
  • Define and calculate biaxial bending moments for different shapes of columns (e.g., circular, spiral, etc.), using an equation, such as the Bresler equation, to analyze your results.
  • Select the correct method for designing columns with biaxial moments and provide a rationale for choosing that particular method.
  • Provide a brief description of how to calculate the thermal strain (ԑt) for a particular column.
State Licenses
Florida
FL - Contractor, Certified (General - 0610938)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Palm Beach County (General - 0610938)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Pinellas County (General - 0610938)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Registered (General - 0610938)
Accreditation: FL DBPR Approved Provider 0001771
Nebraska
NE - Architect (Health, Safety & Welfare)
Accreditation: Vector Solutions is authorized by IACET to offer 0.10 CEUs for this program
NE - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.10 CEUs for this program
New Jersey
NJ - Engineer (General - 24GP000006300)
New York
NY - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.1 CEU for this program.
Pennsylvania
PA - Code Official,Certified (UCC) (General)