Composite
Structural Engineering SpreadsheetURLInputsOutputsBased on...CommentsSimply supported composite beamshttp://bcsatools.steel-sci.org/CompositeBeam Steel framing arrangement based on beam type, location, and spacing Slab details (depth, concrete grade, deck profile) Stud details Steel section details (size and grade) Loading valuesBending checksShear…
Steel
Structural Engineering SpreadsheetURLInputsOutputsBased on...CommentsCompression Resistance for UKB, UKC, and Hollow sectionshttp://bcsatools.steel-sci.org/Compression/InputSteel gradeMember sizeBuckling lengthCompression capacityBS EN 1993-1-1-Bending Resistnace for UKB, UKC (against major axis)http://bcsatools.steel-sci.org/BendingUKBUKCSteel gradeMember sizeBuckling lengthC1 shape factorBending capacityLateral…
Reinforced Concrete
Structural Engineering SpreadsheetURLInputsOutputsBased on...CommentsDesign of rectangular RC sections under bi-axial shear, bending, compression or tensionhttp://www.technouk.com/Programs/Beam-Column-Tie_20120804-.zipApplied axial loadColumn dimensionsArea of reinforcementCoverRebar arrangementShear linksOption of singly or doubly reinforced sectionBiaxial bending checkShear…
LIST OF STRUCTURAL ENGINEERING DESIGN EXCEL SPREADSHEETS AND CALCULATORS
Below are several structural engineering Excel spreadsheets and calculators Foundations Structural Engineering SpreadsheetURLInputsOutputsBased on...CommentsWall footing design and analysishttp://www.psnconsulting.com/wall-footingWall widthApplied Axial loadsSurcharge LoadsCoverReinforcement sizeWall stressAllowable soil pressureFooting dimensionsFooting thicknessMin required reinforcementBearing…
Transfer structures
Transfer structures are often times used in tall buildings, usually for transferring high forces and loads to other structures that can resist them. For example, a transfer beam can transfer…
Lateral resisting systems
Many design teams want to implement a lateral force resisting system that is both performance-based and cost effective. Each lateral resisting system has its own advantages and disadvantages for each…
Foundation Types of Failure
Foundation can fail due to several cases. ● Overall and/or differential settlement are caused by excessive ground movement and deformation and can induce stresses between strips of foundation. These stresses can…
Foundation Ground Conditions
The values and properties indicated in the table below can also be used instead of the bearing capaicty equations above. These values are given only as estimated values for preliminary…
Foundation: Design
Foundation design can be done using the following two methods. 1. Using Elastic Theory, loads are assigned and applied onto the soil surrounding the foundation. The soil, with its particular Young’s…
Foundation Types
1. Shallow Foundations Types: Strips, Pads, Rafts Shallow Foundations are common in construction and are inexpensive due to their lightweight properties. It is usually not required to employ heavy equipment for…
