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Basics of Reinforced Concrete Manual Design | ACI Standards
Rating: 4.4 out of 5(9 ratings)
369 students

Basics of Reinforced Concrete Manual Design | ACI Standards

Learn Concrete Mix Design and Manual Design of Reinforced Concrete, Columns, Beams and One Way Solid Slabs Per ACI318-19
Created byAli Abu Hatab
Last updated 9/2024
English
English [Auto],

What you'll learn

  • ACI 318-19 Load Combinations
  • Dead Load, Live Load and Super Dead load On Slabs
  • Slab Ultimate Area Load Calculation
  • Short Column Capacity and Ultimate axial load on column
  • Design of Rectangular Column: Preliminary Dimensions and reinforcement
  • Load Transfer Mechanism - One Way and Two Way Solid Slabs
  • Determining of Solid Slab Preliminary Thickness
  • Design Principles of One Way Solid Slab Per ACI Standards
  • Determining of Beams Preliminary Thickness
  • Check Solid Slab for Shear Reinforcement - ACI
  • Example one Way Solid Slab Manual Design and Load Calculations
  • One Dimensional Structural Model Of Slab Strip
  • Determining the direction of Main and Secondary Beams in Slab
  • ACI Moment and Shear Coefficients Design Method
  • Solid Slab Manual Design for Flexure and Shrinkage
  • Longitudinal Slab Section Reinforcements and Details
  • Concrete Properties: Workability, Slump, Strength and Durability
  • Concrete Compressive Strength Fc`
  • Stress Strain Diagram of Concrete
  • Stress Strain Diagram of Steel
  • Tensile Strength of Steel
  • Clear Concrete Cover Per ACI Standards
  • Working Design Method and Ultimate Design Method
  • Strength Reduction Factors for Shear, Moment , Torsion
  • Live loads Per ASCE 7-22
  • Manual Concrete Mix Design Per ACI 211.1-22 Method

Course content

4 sections • 12 lectures • 1h 6m total length

  • Introduction to Design of Reinforced Concrete3:45

    Delve into reinforced concrete design basics, covering concrete–steel composite, workability and slump tests, strength, durability, creep, shrinkage, unit weight, modulus of elasticity, Poisson’s ratio, thermal expansion, and the ACI code.

  • Concrete Compressive Strength Fc`1:40

    Explore the concrete compressive strength f'c, determined by a uniaxial compression test on cylinders after 28 days of curing, and explain how reinforcement steel supplies tensile strength.

  • Steel and Concrete Stress Strain Diagram6:59

    Analyze concrete and steel stress–strain diagrams, including FC' compressive strength, elastic and crushing stages for concrete, steel yielding and hardening to ultimate capacity, and ACI-based modulus and tensile strength calculations.

  • Rebars Steel Grades and Tensile Strengths3:42

    Explore reinforced concrete design with steel rebars, yield strengths from 280 to 700 MPa for grades 40 to 100, and how to compute bar area and weight per meter.

  • Concrete Clear Cover for Different Structural Members1:59

    Define the concrete clear cover as the spacing from reinforcement to the outer edge, protecting steel from corrosion and fire according to ACI minimums based on bar diameter and aggregate.

  • Load Transfer Mechanism and ACI Live Loads2:07

    Explain the load transfer mechanism in reinforced concrete, detailing dead, live, snow, soil, water, and rainfall loads, and how slabs transfer loads to beams, columns, and foundations.

  • Intro to Reinforced Concrete Design Methods4:51

    Explore two reinforced concrete design methods: allowable stress design and ultimate design with factored loads, strength reduction factors phi, and code-based load combinations to determine envelopes.

Requirements

  • Simple and Basic Knowledge in Structural Engineering Principles

Description

Dear student, In this course, you will learn the basics of reinforced concrete manual design per ACI Code Standards.

We will go through the fundamental concepts of concrete and steel and its design, such as the properties of concrete, the stress-strain diagrams, and load calculations for building design.

Additionaly, we will go through solved examples in the design of Solid Slab, Beams, and Columns, in addition to the Concrete technology and Concrete Mix Design, and the proportion of concrete admixture according to ACI 211.1 -22.


You will master the knowledge in these topics:

  • Manual Concrete Mix Design Per ACI 211.1-22 Method

  • ACI 318-19 Load Combinations

  • Dead Load, Live Load and Super Dead load On Slabs

  • Slab Ultimate Area Load Calculation

  • Short Column Capacity and Ultimate axial load on column

  • Design of Rectangular Column: Preliminary Dimensions and reinforcement

  • Load Transfer Mechanism - One Way and Two Way Solid Slabs

  • Determining of Solid Slab Preliminary Thickness

  • Design Principles of One Way Solid Slab Per ACI Standards

  • Determining of Beams Preliminary Thickness

  • Check Solid Slab for Shear Reinforcement - ACI

  • Example one Way Solid Slab Manual Design and Load Calculations

  • One Dimensional Structural Model Of Slab Strip

  • Determining the direction of Main and Secondary Beams in Slab

  • ACI Moment and Shear Coefficients Design Method

  • Solid Slab Manual Design for Flexure and Shrinkage

  • Longitudinal Slab Section Reinforcements and Details

  • Concrete Properties: Workability, Slump, Strength and Durability

  • Concrete Compressive Strength Fc`

  • Stress Strain Diagram of Concrete

  • Stress Strain Diagram of Steel

  • Tensile Strength of Steel

  • Clear Concrete Cover Per ACI Standards

  • Working Design Method and Ultimate Design Method

  • Strength Reduction Factors for Shear, Moment, Torsion

  • Live loads Per ASCE 7-22


Who this course is for:

  • Civil Engineers
  • Civil Engineering Students
  • Structural Engineers

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