Concrete Spreadsheets
Basic tool (one of those "must have" spreadsheets) for every engineer who is involved in concrete design in accordance with British Standard. It includes a shape code pop-up window to speed up input process. Minimum lengths are automatically filled in depending on bar size.
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Basic tool (one of those "must have" spreadsheets) for every engineer who is involved in concrete design in accordance with Indian Standard. It gives all shape codes, with dimensions on them, on a printout. It includes a shape code pop-up window to speed up input process. Bar shape diagrams are automatically inserted with dimensions. Includes optimization, sorting, tagging, delivery note, editable bar bend and hook lengths etc. BBS also in Hebrew.
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Very powerful spreadsheet to summarize reinforcement
weights per bar diameter from multiple Bar Bending Schedules files on a
clear an easy to read schedule. Up to 460 BBS's
can be imported. Schedule can be used to calculate cost of 'as-built'
reinforcement (since cost per bar diameter differs) and compare it with
estimated figures. Units of weight can be either metric or imperial.
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Spreadsheet for designing holding down bolts to BS 5950, BS 8110 and Concrete Society Advice Note No 5. Covers all main holding down bolt types: cast-in, post-installed (or post-grouted) and with anchor plate (typically used with positioning cones). With diagrams that clearly represent the design case.
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This spreadsheet allows to quickly design single span
reinforced concrete beams. Checks include: Moment, Shear, Code Dependant
Deflection (span over effective depth), Tension/Compression
Reinforcement. Required reinforcement is displayed on elevation and
cross section diagrams.
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It makes column design a very simple task. Deals with braced, unbraced, short, slender columns. End conditions can be: free, pinned, semi-rigid, rigid. Essential tool for reinforced concrete designers.
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This is an R.C. Spreadsheet Power Pack. It contains five
spreadsheets for designing R.C. elements like columns, beams and
slabs. In essence this package covers all main elements in a reinforced
concrete structure, making it a very powerful tool - hence the Power Pack name.
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Spreadsheet for designing reinforced and unreinforced concrete strip footing subject to axial, bending moment and horizontal loads. Supported wall can be positioned centrally or eccentrically. The spreadsheet checks uplift, overturning, sliding, bearing pressures, as well as designs reinforcement for bending and shear. Required reinforcement is clearly plotted on a diagram.
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Powerful spreadsheet to design shear walls under wind
plus dead load combination. Essential for stability check of reinforced
concrete structure. If you spend hours calculating wall stiffnesses,
∑(kr2) etc. for reinforcement areas and concrete stresses - then this
spreadsheet will reduce your design time to as little as several
minutes.
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