Buckling Of Web Plates Design Spreadsheet
Web buckling occurs when intensity of vertical compressive stress near centre of section becomes greater than the critical buckling stress for the web acting as a column.
Check Of Normal Stresses On Rolled Section (Angles) Spreadsheet
Check Of Normal Stresses On Rolled Section (Angles) Spreadsheet
The steel sections manufactured in rolling mills and used as structural members are known as rolled structural steel sections. The steel sections are named according to their cross sectional shapes. … Such steel sections are known as regular steel sections.
Slab On Grade Design and Calculation Spreadsheet
Slab On Grade Design and Calculation Spreadsheet
A slab-on-grade foundationis a structural engineering practice in which the concrete slab that will serve as the foundation for a building or other structure is formed from a mold that is set into the ground.
Slab on grade is also known as a floating slab foundation.
Effective Inertia and Effective Depth Calculation Spreadsheet
Effective Inertia and Effective Depth Calculation Spreadsheet
The effective depth of the beam is the distance from the tension steel to the edge of the compression fiber.
Meaning if you have a 400 mm deep beam with T20 tension reinforcement and a cover of 40 mm the effective depth is 400 – 40 – 10 = 350.
Design Of Circular Columns Spreadsheet
Design Of Circular Columns Spreadsheet
Circular columns are mostly used in piling and elevation of the buildings for aesthetic purposes.
In a circular column, more than 4 longitudinal steel bars are used as a reinforcement bar.
Its bending resistance is generally higher than the square or rectangular column.
Design And Calculation Of Solid Slab Spreadsheet
Design And Calculation Of Solid Slab Spreadsheet
Solid Slabs are fully customizable concrete slabs of varying width, length and thickness.
They can be designed and produced with mild reinforcing or by adding prestressing strands. Solid Slabs can be cast with specialty inserts for lifting, mounting or connecting hardware.
Steel Deck Maximum Span Calculator Spreadsheet
Steel Deck Maximum Span Calculator Spreadsheet
Steel deck is made by cold forming structural grade sheet steel into a repeating pattern of parallel ribs. The strength and stiffness of the panels are a result of the shape of the ribs and the material properties of the steel.
Deck lengths can be varied to suit job conditions but, because of shipping considerations, are usually less
than 40’. Standard deck width varies with the product used but full sheets are usually 12”, 18”, 24”, 30” or 36”. Deck is typically furnished in a standard width with the ends square cut. Any cutting for width, such as at openings or for angular fit, is done at the job site.
Deck is typically attached to the building frame with arc puddle welds, self drilling screws or powder or pneumatically driven pins.
Sheet to sheet fastening is done with screws, button punching (crimping), or welds.
Design and Calculation of Precast Prestressed Composite Beams Spreadsheet
Calculation Of Loads On Piles Spreadsheet
Calculation Of Loads On Piles Spreadsheet
The ultimate bearing capacity of a pile is the maximum load which it can carry without failure or excessive settlement of the ground. T
he bearing capacity of a pile depends primarily on 3 factors as given below, Type of soil through which pile is embedded.
Extended End Plate Moment Connection Design According to AISC-ASD Spreadsheet
Extended End Plate Moment Connection Design According to AISC-ASD Spreadsheet
Moment connections are designed to transfer bending moments, shear forces and normal forces.
The design strength and stiffness of a moment connection are defined in relation to the strength and stiffness of the connected members.