Skip to content
  • Home
  • Blog posts
  • linear Algebra -Matrices
  • Discrete Math
  • Engineering Economy
  • First moment of area-plain shapes
  • First moment of area-round shapes
  • Introduction to Structural Steel
  • Mechanics of materials
    • Discontinuity functions
    • Videos for discontinuity function.
  • Numerical analysis
    • Introduction to Interpolation
    • Solution of linear systems
    • Solving non linear equations
  • Bolted Connection
  • Compression Members
  • Steel Beams
    • Elastic and plastic sections
    • local buckling
    • Bending of non-compact sections
    • Block shear for beams-coped
    • Built up sections
    • Cb the coefficient of bending
    • lateral torsional buckling
    • Design a steel beam using Table 3-10
    • Shear for steel beams
    • Deflection for steel beams
    • Nominal loads-Plastic theory
  • Tension Members
  • Second moment of area for plain shapes
  • Maximum value of Ix and Iy
  • Videos for the Second moment of area
  • Videos for maximum moment of inertia
  • Courses BY SAMAAH SULTAN

Continuous beams

All data that illustrates teh steel continous beams including the 0.90 rule.

40- Easy Design of steel section for continuous beam-4-4

December 3, 2025May 15, 2021 by Maged kamel
Brief description -post 40 -steel beam-Part 4/4 of solved problem 10.1.

The steel section for continuous beam is based on the maximum value of the moments according to the 0.90 rule. The design is made according to the ASD.

Categories Continuous beams Tags Final part for the design of a continuous beam

39-Solved problem 10-1-use three-moment equations 3/4

December 3, 2025May 3, 2021 by Maged kamel
Brief description -post 39 -steel beam-Part 3/4 of solved problem 10.1.

The three-moment equations for steel continuous beams to estimate the moment values at the different support joints A, B, C, D .

Categories Continuous beams Tags Three-moment equations for the moment values

38a-Solved problem 10-1-design of steel continuous beam-2-4.

December 3, 2025May 2, 2021 by Maged kamel
Brief description -post 38a -steel beam-Part 2/4 of solved problem 10.1.

Design of steel continuous beam-2-4 using Plastic theory, the upper bound theorem is used to get the required w -section for a continuous beam.

Categories Continuous beams Tags Use plastic analysis for the design of steel beam.

38- Solved problem-10-1-design of steel continuous beam-1-4.

December 3, 2025May 1, 2021 by Maged kamel
Brief description -post 38 -steel beam-Part 1/4 of solved problem 10.1.

solved problem-10-1 using Plastic theory, the upper bound theorem is used to get the required w -section for a continuous beam.

Categories Continuous beams Tags Introduction to solved problem 10-1

30-Introduction to design of continuous beam, problem 4-15.

October 10, 2024February 1, 2021 by Maged kamel
Brief description of post 30-Solved problem 4-15-Moment redistribution.

Design of continuous beam. We have a Detailed design solved problem 4-15 for which it is required to find the lightest W10 for these beams.

Categories Continuous beams Tags Design of continuous steel beam

29- Moment redistribution for Continuous steel beams.

April 6, 2025January 20, 2021 by Maged kamel
Brief description of post 29-Moment redistribution-0.90 rule.

Introduction to the moment redistribution For Continuous Steel Beams. What are the different types of bending moments for different end conditions and different loading?

Categories Continuous beams Tags Moment redistribution for Continuous steel beams.

Categories

© 2025 "Engineering Oasis" • Built with GeneratePress