Final quantities in the Bridge PSE submittal, including bar list quantities, to be listed in the Special Provisions and Bid Proposal sheet of the AD Copy, are to be calculated to have an accuracy of ± 1 percent. Excavation A. Structure Excavation, Class A Excavation necessary for the construction of bridge piers and reinforced concrete

grade of concrete mixers as given in Table1 and tested as per IS: 516 and 1199. Figure1. Specimens cast. Table1. Quantities of materials required per 1 cum of ordinary concrete and glass fibre concrete mixes. Grade of concrete Cement (kg) Fine aggregate (kg) Coarse aggregate (kg) Water (ltr) W/C ratio Glass fibres M 20 318 732 1118 178

The paper deals with structural cost modeling of seismically designed and detailed reinforced concrete framed structures for medium rise buildings in various seismic zones of Indian subcontinent. The model provides the total and componentwise quantities of structural concrete, steel reinforcement and shuttering material per unit area of floors.

Mar 25, 2018· Cross section area of steel in an Pillar should be within % to 6% of the Cross Section area of a Pillar . (3) Steel requirement for an Beam = 108kg to 125 kg for one Cum of Concrete . (4) Steel requirement for an Slab = 56kg to 89kg for one Cum of Concrete .

Aug 30, 2014· So if we take 'A' cum of cement, we must take '' cum of sand and '3A' cum of course aggregate. So the total volume = A + + 3A = To make 10 cum of concrete, we must take a total volume of cum of cement, sand and aggregate put

OnSite Concrete calculator. Use this calculator to determine how much sand, aggregate (gravel) and cement is required for mixing on site a given area of concrete (1:2:4 ratio). Please enter the dimensions in the white fields below and click calculate to display the results. See below for help on concrete.

Aug 12, 2017· A bill of quantities (BOQ) is a document used in tendering in the construction industry / supplies in which materials, parts, and labor (and their costs) are bill of quantities (sometimes referred to as 'BoQ') is a document prepared by the cost consultant (often a quantity surveyor) that provides project specific measured quantities of the items of work identified by the ...

Calculate Quantities of Materials for Concrete. Design of Retaining Wall Excel Sheet. Construction Quantities of Materials Estimate. Earthwork Calculation Excel Sheet. Daily Work Report Format. Road Estimate Excel Sheet. Bridge Cost Estimate Worksheet. RCC DESIGN EXCEL SHEET. Bar Bending Schedule for building reinforcement. Reinforced Concrete Design

Calculate box bridge quantities. Refer to Standard Drawing STD1751. Use table for 1 6 x 3 Box Bridge . Since Maximum Fill Height (FT) = 24 FT, which is between 20 FT and 30 FT in the table, use values for the larger fill height of 30 FT . Therefore, Concrete = CY/LF Reinforcing Steel = 143 LB/LF The box bridge is 144 FT long, therefore,

For the most part, each type of wall has two categories, reinforced and nonreinforced. A reinforced wall, either poured concrete or concrete block, always contains some form of reinforcing steel. The presence of reinforcing steel dramatically increases the overall strength characteristics of masonry or concrete.

quantities of material in 1cum of grade c25 concrete What is the weight of 1m3 of reinforced concrete Answers Then add these with weight of non reinforced concrete. weight of concrete ...

18 Answers. Dry Volume for 1 Cum Mix is Cum. 1 Part of cement would be = /4 = cum. M25 mix has a ratio of 1 cement to 1 sand and 2 stone 1:1:2. This means cement volume is half of stone jelly prepare of concrete we need of jelly.

The first home built using reinforced concrete was a servant's cottage constructed in England by William B. Wilkinson in 1854. In 1875, American mechanical engineer William Ward completed the first reinforced concrete home in the It still stands in Port Chester, New York.

Once, the quantities are determined, it is easy to estimate the cost of a concrete block, driveway, patio, yard or any other structure with the price prevailing in your area. To find the amount of ready mix concrete for a slab, you can estimate it with a standard volume calculator.

Collection Of Civil Engineering Design Spreadsheet. Calculate Quantities of Materials for Concrete. Design of Retaining Wall Excel Sheet. Construction Quantities of Materials Estimate. Earthwork Calculation Excel Sheet. Daily Work Report Format. Road .

reinforced concrete parapet, endpost and miscellaneous includes all components of the rail, its anchorage, the rail items: basis of payment to be per linear foot. the item d g n s p e c d a t e t im e 5114

IStructE EC2 (Concrete) Design Manual 9 Foreword The Eurocode for the Design of Concrete Structures(EC2) is likely to be published as a Euronorm (EN) in the next few years. The prestandard (ENV) for EC2 has now been available since 1992. To facilitate its familiarisation the Institution of Structural Engineers and

CUM 30 203 Concrete of grade M15 (1 part cement, 2 part sand, 4 parts of 40 mm graded aggregate by volume) as lean concrete, levelling course, mud mat under and around foundations/floors at any depth below finished floor level etc. CUM 10 204 Concrete under .

Although the concrete itself is not strengthened, structures built of reinforced concrete can better withstand bending, and the technique was used internationally by the early twentieth century. Another form of strengthened concrete, prestressed concrete, was issued a patent in 1888.

The concrete quantities given in the detailing tables are based on the minimum footing dimensions. If the minimum footing width and depth is used, then these quantities are correct. If the footing must be enlarged, then the quantities given in the tables must be adjusted in .

Sep 02, 2011· Design of Reinforced Concrete Beams 45 m = modular ratio The graphs in Fig. have been drawn for p' = O and p = p'. Intermediate values may be interpolated. The preferred method is Method 3 for rectangular sections. Where reinforce ment quantities are not known, an assumption may be made of the per centage of reinforcement.

onstration in which a normal reinforced concrete pole and a prestressed pole, designed to the same ultimate load, were placed in a special testing apparatus and subjected, not only to repetition of a load equal to, but also to alternation of a load amounting to 50 percent of the designed ultimate load. The normal reinforced concrete pole failed

*Concreting work: determining volume of concrete (number of cement bags, etc.) for footings, wall footing, floor slab, concrete columns (circular, rectangular), concrete beams, concrete stairs, *Masonry: determining 1) number of concrete hollow blocks used and 2) number of cement volume of sand for mortar and plastering

Mar 01, 2019· Prestressed concrete. Although reinforced concrete is generally a better construction material than the ordinary stuff, it's still brittle and liable to crack: in tension, reinforced concrete can fail in spite of its steel reinforcement, letting water in, which then causes the concrete .