steel used for 1cum rcc rate analysis

How much quantity of steel required for 1m3 concrete Quora

Lets take example of RCC Column where reinforcement required is 2 of concrete volume weight of steel required will be 2 100 1 7850 steel However if you require an approximate value then we can follow thumb rule for steel requirement that provides a rough value of Steel quantity per M3 used Footing 80 kg Lets take example of RCC Column where reinforcement required is 2 of concrete volume weight of steel required will be 2 100 1 7850 steel However if you require an approximate value then we can follow thumb rule for steel requirement that provides a rough value of Steel quantity per M3 used Footing 80 kg

analysis of rates Odisha Works Department

Masonry Brick Work 71 iii Concrete 43 iv R C C Work 49 I Earth Work 1 ii Special Item for Irrigation Work 11 CONTENTS Sl No DESCRIPTION So rate per 1 cum of compacted earth Rs 40 46X120 100 Rs48 55 Or say Rs48 60 cum 2 A Machines used Dozer and two pairs of sheepfoot rollers of total Masonry Brick Work 71 iii Concrete 43 iv R C C Work 49 I Earth Work 1 ii Special Item for Irrigation Work 11 CONTENTS Sl No DESCRIPTION So rate per 1 cum of compacted earth Rs 40 46X120 100 Rs48 55 Or say Rs48 60 cum 2 A Machines used Dozer and two pairs of sheepfoot rollers of total

Schedule of Rates 201112

All materials to be used on work shall conform to relevant specifiions of Bereau of Indian standards 3 Schedule of Rates shall be recast by considering the rates of Cement and Steel at the time of occuring of shall be made in the rate analysis of items of work in the estimate tender operation of Clause 13 in the All materials to be used on work shall conform to relevant specifiions of Bereau of Indian standards 3 Schedule of Rates shall be recast by considering the rates of Cement and Steel at the time of occuring of shall be made in the rate analysis of items of work in the estimate tender operation of Clause 13 in the

Cost Estimation

Sl no Material Source Unit Lead Cost at Quarry Conveyance Stacking Charges Total Cost Cost of 9022 4 mm IRC HBG metal per cubic meter Cost of 9022 4 mm IRC HBG metal 1 00 Cost of S G Mix 1 5 1 blindage per cubic meter Cost of S G Mix 1 5 1 blindage 0 24 Hire amp Labour Charges Rate for 10 sq m Sl no Material Source Unit Lead Cost at Quarry Conveyance Stacking Charges Total Cost Cost of 9022 4 mm IRC HBG metal per cubic meter Cost of 9022 4 mm IRC HBG metal 1 00 Cost of S G Mix 1 5 1 blindage per cubic meter Cost of S G Mix 1 5 1 blindage 0 24 Hire amp Labour Charges Rate for 10 sq m

Specifiions for RCC Construction Building Estimating and

The RCC Reinforced Cement Concrete band is as wide as the thickness of wall and 75 mm to 100 mm thick and constructed using M 15 1 2 4 cement concrete Provide two bars 10 mm in diameter at its mid thickness along with 6mm diameter link the rate of 150 mm c c throughout of the length of walls Use 12 mm The RCC Reinforced Cement Concrete band is as wide as the thickness of wall and 75 mm to 100 mm thick and constructed using M 15 1 2 4 cement concrete Provide two bars 10 mm in diameter at its mid thickness along with 6mm diameter link the rate of 150 mm c c throughout of the length of walls Use 12 mm

how to calculate 1 2 4 ratio concrete cement sand metal and water

Total proportion 1 2 4 7 For Cement Qty 1 52 7 0 217 Cum of cement required to prepare 1Cum of M15 concrete But cement is always taken in Weight For that the unit weight of cement is 1440 KG Cum Total cement required 0 217x1440 312 68 Kgs Sand 0 217 x 2 0 434 Cum Metal or Aggregate 0 217 x 4 Total proportion 1 2 4 7 For Cement Qty 1 52 7 0 217 Cum of cement required to prepare 1Cum of M15 concrete But cement is always taken in Weight For that the unit weight of cement is 1440 KG Cum Total cement required 0 217x1440 312 68 Kgs Sand 0 217 x 2 0 434 Cum Metal or Aggregate 0 217 x 4

Reinforced Concrete RCC Rate Analysis Reinforced Steel

Learn the detailed steps for rate analysis for Reinforced Concrete RCC work The next step should be finding out the elements of structure to whom the RCC rate analysis will be applicable because the quantity of reinforcement steel fluctuates with slabs Two processes are used to calculate the required steel quantity Learn the detailed steps for rate analysis for Reinforced Concrete RCC work The next step should be finding out the elements of structure to whom the RCC rate analysis will be applicable because the quantity of reinforcement steel fluctuates with slabs Two processes are used to calculate the required steel quantity

Rates Analysis For Calculating Material and Labour for building

Sep 13 2014 ANALYSIS OF RATES To determine the rate of a particular item of work from a quantities of materials and labours required and their costs The rates of Total dry mortar for 1 cu m cement concrete 1 54 cu m Therefore the following materials are required Cement 1 1 54 28 8 13 3 41 bags Sand Sep 13 2014 ANALYSIS OF RATES To determine the rate of a particular item of work from a quantities of materials and labours required and their costs The rates of Total dry mortar for 1 cu m cement concrete 1 54 cu m Therefore the following materials are required Cement 1 1 54 28 8 13 3 41 bags Sand

How can we calculate the amount of steel reinforcement in

For an example let us take RCC column with reinforcement requirement of 2 5 of concrete volume then weight of the steel required will be We cannot say the percentage of the steel reinforcement to be used on the concrete per cubic meter because effective depth and b will be a factor of its ultimate moment For an example let us take RCC column with reinforcement requirement of 2 5 of concrete volume then weight of the steel required will be We cannot say the percentage of the steel reinforcement to be used on the concrete per cubic meter because effective depth and b will be a factor of its ultimate moment

Quantity and Rate Analysis for Reinforced Concrete Construction

Aug 21 2014 The second step is to determine the component of structure for which the RCC rate analysis is required as the quantity of reinforcement steel varies with slabs beams columns foundation RCC Roads etc though the quantity of other materials like sand coarse aggregate and cement remain the same with Aug 21 2014 The second step is to determine the component of structure for which the RCC rate analysis is required as the quantity of reinforcement steel varies with slabs beams columns foundation RCC Roads etc though the quantity of other materials like sand coarse aggregate and cement remain the same with