2 Way Spanning Slab Analysis Spreadsheet

2 Way Spanning Slab Analysis Spreadsheet

BS8110 provides a guide for undertaking analysis of simple slabs spanning in two directions, subject to universally distributed loads (UDL). This spreadsheet undertakes these calculations and returns design moments for use during detailed design.

Terms used;

  • Universally Distributed Load (UDL)
  • Dead Load
  • Imposed Load
  • Factor of Safety (Dead)
  • Factor of Safety (Imposed)
  • Simply Supported Slab
  • Restrained Slab
  • Continuously Supported
  • Discontinuously Supported

The Spreadsheet includes the following functions;

  •  Can model internal slabs of any dimensions
  • Can model slabs with any combination of edge conditions
  • Can model simply supported or restrained slabs
  • Can model slabs subject to any UDL loading arrangement
  • Output
    • Returns values for maximum design moment which can then be taken into a detailed design program
    • Returns values for the loading on the supporting beams which can then be taken into a beam analysis program such as CivilWeb's Single Span Beam Analysis and then to a detailed beam design program
    • Calculates the design maximum bending moment and shear force for a simply supported beam on the continuously supported edges.

Slab Analysis - Free Trial Version

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Two Way Spanning Slab Analysis Spreadsheet - Single User License

£10.00

Two Way Spanning Slab Analysis Spreadsheet - Company License

£25.00

Single Span Beam Analysis

This spreadsheet undertakes the analysis of a user defined single span beam subject to a variety of user defined loading conditions.

 

Continuous Span Beam Analysis

This spreadsheet undertakes an analysis of a user defined continuous spanning beam subject to a variety of user defined loading conditions. It returns values for moment, shear, deflection and rotation of each span of the beam.

 

Portal Frame Analysis

This spreadsheet analyses a simple user defined portal frame structure and returns values for bending moment, shear forces, deflection and rotation of each member.

 

Gable Frame Analysis

This spreadsheet analyses a simple user defined gable frame structure and returns values for bending moment, shear forces, deflection and rotation of each member.