# use of aggregate with 4 5 fineness modulus

• ### A Detailed Guide on Grading of Aggregates.

Cumulative percentage of weight retained on all the six sieves = 292 Fineness Modulus of Fine Aggregates = 292/100 =2.92 kg. Now when it is desired to obtain a combined aggregate of a definite (required) fineness modulus F the amount of fine aggregate (x) to be mixed with 1 volume of the coarse aggregate of a given fineness modulus can be easily determined from the relationship

• ### STUDY OF CONCRETE DOSAGE WITH USE OF PET

Fineness Modulus (FM) 6.19 Maximum Diameter(MD) 6.3mm As seen in Table 2 the coarse aggregate have a fineness modulus of 6.19 and maximum diameter of 6.3 mm having the most part of material retained in sieves with openings of 6.3 mm and 4.8 mm. From the results the grain size curve for the coarse aggregate was obtained (Figure 2).

• ### 1116AGGREGATES FOR ON GRADE CONCRETE

Designate or determine the fineness modulus (grading factor) for each aggregate according to the procedure listed in Section 5.10.5-Fineness Modulus of Aggregates (Gradation Factor) of Part V before delivery or from the first 10 samples tested and accepted. Provide aggregate that is within ±0.20 of the average fineness modulus.

• Fineness Modulus of grading of aggregate. Fineness modulus is an empirical factor computed from the sieve analysis. It is defined as the sum of the cumulative percentages retained on the sieves of the standard series ranging from 80mm to 150microns and dividing the sum by 100. When all particles in a sample are coarser then say 600µm the

• ### CRD-C104-80 Method of Calculation of the Fineness

Modulus 100 100 = 5.98 5. Significance and Use A method of selecting mixture proportions for concrete based on the fineness modulus of the combined fine and coarse aggregate was proposed by Abrams in 1918. This method is not widely used today but the concept of being able to describe particle-size distributions by an index number remains useful

• ### CRD-C104-80 Method of Calculation of the Fineness

Modulus 100 100 = 5.98 5. Significance and Use A method of selecting mixture proportions for concrete based on the fineness modulus of the combined fine and coarse aggregate was proposed by Abrams in 1918. This method is not widely used today but the concept of being able to describe particle-size distributions by an index number remains useful

• ### What is Fineness Modulus of Sand (Fine Aggregate) and

The cumulative percentage retained on each sieve is added and subtracted by 100 gives the value of fineness modulus. Fine aggregate means the aggregate which passes through 4.75mm sieve. To find the fineness modulus of fine aggregate we need sieve sizes of 4.75mm 2.36mm 1.18mm 0.6mm 0.3mm and 0.15mm. Fineness modulus of finer aggregate is lower than fineness modulus of coarse aggregate.

• ### The percentage of the fine aggregate of fineness modulus 2

Jun 04 2021The percentage of the fine aggregate of fineness modulus 2.6 to be combined with coarseaggregate of fineness modulus 6.8 for obtaining the aggregates of fineness modulus 5.4 is a)40 b)33 c)60 d)30 Correct answer is option B .

• ### What is Fineness Modulus of Coarse Aggregates and Its

Coarse aggregate means the aggregate which is retained on 4.75mm sieve when it is sieved through 4.75mm. To find fineness modulus of coarse aggregate we need sieve sizes of 80mm 40mm 20mm 10mm 4.75mm 2.36mm 1.18mm 0.6mm 0.3mm and 0.15mm.

• ### 1116AGGREGATES FOR ON GRADE CONCRETE

Designate or determine the fineness modulus (grading factor) for each aggregate according to the procedure listed in Section 5.10.5-Fineness Modulus of Aggregates (Gradation Factor) of Part V before delivery or from the first 10 samples tested and accepted. Provide aggregate that is within ±0.20 of the average fineness modulus.

• ### Properties of aggregates- Physical properties Chemical

Fineness Modulus of aggregate. Sieve Analysis and gradation curve A sieve analysis is a process of dividing a sample of aggregate into fractions of aggregate having similar sized grains or within a certain range of grain sizes. It is one of the non-destructive tests conducted to determine the particle size distribution of aggregates.

• Fineness Modulus of grading of aggregate. Fineness modulus is an empirical factor computed from the sieve analysis. It is defined as the sum of the cumulative percentages retained on the sieves of the standard series ranging from 80mm to 150microns and dividing the sum by 100. When all particles in a sample are coarser then say 600µm the

• ### A Detailed Guide on Grading of Aggregates.

Cumulative percentage of weight retained on all the six sieves = 292 Fineness Modulus of Fine Aggregates = 292/100 =2.92 kg. Now when it is desired to obtain a combined aggregate of a definite (required) fineness modulus F the amount of fine aggregate (x) to be mixed with 1 volume of the coarse aggregate of a given fineness modulus can be easily determined from the relationship

• ### Properties of aggregates- Physical properties Chemical

Fineness Modulus of aggregate. Sieve Analysis and gradation curve A sieve analysis is a process of dividing a sample of aggregate into fractions of aggregate having similar sized grains or within a certain range of grain sizes. It is one of the non-destructive tests conducted to determine the particle size distribution of aggregates.

• ### Aggregates for Use In Concrete

Fine Aggregate Gradation Fineness Modulus (FM) should be between 2.3 and 3.1 FM is empirical # determined by dividing the sum of percent retained on a standard series of sieves by 100 (No. 4 8 16 30 50 100) Coarser fine aggregate has a higher FM Sieve Percent Passing 3/8 in 100

• ### HOW TO BLEND AGGREGATE USING FINENESS MODULUS VALUE

Step-4 (Calculating Ratio of Fine Aggregate to Coarse Aggregate) Let " x " is the percentage of fine aggregate to be combined with coarse aggregate. x can be calculated using the formula given below. x = (F2-F)/ (F-F1) 100. Where F1 = Fineness modulus value of fine aggregate. F2 = Fineness modulus value of coarse aggregate.

• ### HOW TO BLEND AGGREGATE USING FINENESS MODULUS VALUE

Step-4 (Calculating Ratio of Fine Aggregate to Coarse Aggregate) Let " x " is the percentage of fine aggregate to be combined with coarse aggregate. x can be calculated using the formula given below. x = (F2-F)/ (F-F1) 100. Where F1 = Fineness modulus value of fine aggregate. F2 = Fineness modulus value of coarse aggregate.

• ### (Issued 1 Mar. 1980) C 104 METHOD OF CALCULATION

Modulus 100 100 = 5.98 5. Significance and Use A method of selecting mixture proportions for concrete based on the fineness modulus of the combined fine and coarse aggregate was proposed by Abrams in 1918. This method is not widely used today but the concept of being able to describe particle-size distributions by an index number remains useful

• ### To perform sieve analysis and to determine fineness

Lab 4 To perform sieve analysis and to determine fineness modulus of aggregate samples (ASTM C 136-05) (ASTM C) Significance This test method covers the determination of the particle size distribution of fine and coarse aggregates by sieving

• ### What Is Aggregate Properties of Aggregates Aggregate

Higher the fineness modulus value for aggregate coarser is the gradation. Two aggregates with different grading curves usually have different fineness modulus values. However sometimes they can have the same values due to small changes in aggregate gradation. In such cases fineness modulus helps to check the consistency of aggregate grading.

• ### fineness modulus of good quality coarse aggregate

Fineness modulus (FM) is defined as an empirical figure obtained by adding the total Fine aggregates range from a FM of 2.00 to 4.00 and coarse aggregates smaller than Fineness Modulus Pavement Interactive. The larger the fineness modulus the more coarse the aggregate. A typical fineness modulus for fine aggregate used in PCC is

• The Fineness Modulus is used in US practice and is a measure of the grading of fine aggregates. It can be calculated from a sieve analysis by adding the cumulative percentages of fine aggregates retained on the following sieve sizes 0.15mm 0.30mm 0.60mm 1.18mm 2.36mm and 4.75m. This value is then divided by 100 to give the fineness modulus.

• ### Fineness Modulus of Fine Aggregate Fineness Modulus of

Fineness Modulus of Fine Aggregate The sand fineness module (fine aggregate) is an index number describing the mean size of sand particles. By doing sieve analysis with normal sieves it is measured. The accumulated percentage kept on each sieve is applied and the sum of the fine aggregate is subdivided by 100.

• ### Gradation of Aggregate Ultimate GuideConstruction How

The grading and grading limits are usually expressed as the percentage material (by weight) passing each sieve. The seven standard ASTM C 33 sieves for fine aggregate grading and as follows Sieve size from top to bottom. 3 / 8 in. (9.5 mm). No.4 (4.75 mm) No.8 (2.36 mm) No. 16 (1.18 mm) No. 30 (600 μm) No. 50 (300 μm) No. 100 (150 μm) The thirteen standard ASTM C 33 sieves for coarse

• ### METHOD OF CALCULATION OF THE FINENESS MODULUS OF AGGREGATE

No. 4 (4.75-mm) 4 100 66 No. 8 (2.36-mm) 21 100 72 Then No. 16 (1.18-mm) 46 100 81 No. 30 (600-µm) 74 100 91 No. 50 (300-µm) 89 100 96 Fineness 7(100)371 700371 No. 100 (150-µm) 95 100 98 Modulus 100 Total 329 744 598 F i n e n e s s = 3.29 Fineness Total 3.29 7.44 5.98 Modulus Modulus 100 1 (Issued 1 Mar. 1980) 2 METHOD OF CALCULATION

• ### HOW TO BLEND AGGREGATE USING FINENESS MODULUS VALUE

Step-4 (Calculating Ratio of Fine Aggregate to Coarse Aggregate) Let " x " is the percentage of fine aggregate to be combined with coarse aggregate. x can be calculated using the formula given below. x = (F2-F)/ (F-F1) 100. Where F1 = Fineness modulus value of fine aggregate. F2 = Fineness modulus value of coarse aggregate.

• ### fineness modulus of good quality coarse aggregate

Fineness modulus (FM) is defined as an empirical figure obtained by adding the total Fine aggregates range from a FM of 2.00 to 4.00 and coarse aggregates smaller than Fineness Modulus Pavement Interactive. The larger the fineness modulus the more coarse the aggregate. A typical fineness modulus for fine aggregate used in PCC is

• ### 1116AGGREGATES FOR ON GRADE CONCRETE

Designate or determine the fineness modulus (grading factor) for each aggregate according to the procedure listed in Section 5.10.5-Fineness Modulus of Aggregates (Gradation Factor) of Part V before delivery or from the first 10 samples tested and accepted. Provide aggregate that is within ±0.20 of the average fineness modulus.

• ### Aggregates for Use In Concrete

Fine Aggregate Gradation Fineness Modulus (FM) should be between 2.3 and 3.1 FM is empirical # determined by dividing the sum of percent retained on a standard series of sieves by 100 (No. 4 8 16 30 50 100) Coarser fine aggregate has a higher FM Sieve Percent Passing 3/8 in 100

• ### METHOD OF CALCULATION OF THE FINENESS MODULUS OF AGGREGATE

No. 4 (4.75-mm) 4 100 66 No. 8 (2.36-mm) 21 100 72 Then No. 16 (1.18-mm) 46 100 81 No. 30 (600-µm) 74 100 91 No. 50 (300-µm) 89 100 96 Fineness 7(100)371 700371 No. 100 (150-µm) 95 100 98 Modulus 100 Total 329 744 598 F i n e n e s s = 3.29 Fineness Total 3.29 7.44 5.98 Modulus Modulus 100 1 (Issued 1 Mar. 1980) 2 METHOD OF CALCULATION

• ### use of aggregate with 4.5 fineness modulus Solution for

lab1.4 fineness modulus#2fishygirl on Scribd Scribd. The size of the fine aggregate is limited to maximum 5mm beyond which it is known as coarse aggregates. Fineness modulus is only a 100 100 100 93.6 54.8 26.4 5 Fineness Modulus Pavement Interactive. For aggregates used in PCC another common gradation description for fine

• ### METHOD OF CALCULATION OF THE FINENESS MODULUS OF AGGREGATE

No. 4 (4.75-mm) 4 100 66 No. 8 (2.36-mm) 21 100 72 Then No. 16 (1.18-mm) 46 100 81 No. 30 (600-µm) 74 100 91 No. 50 (300-µm) 89 100 96 Fineness 7(100)371 700371 No. 100 (150-µm) 95 100 98 Modulus 100 Total 329 744 598 F i n e n e s s = 3.29 Fineness Total 3.29 7.44 5.98 Modulus Modulus 100 1 (Issued 1 Mar. 1980) 2 METHOD OF CALCULATION

• ### A Detailed Guide on Grading of Aggregates.

Cumulative percentage of weight retained on all the six sieves = 292 Fineness Modulus of Fine Aggregates = 292/100 =2.92 kg. Now when it is desired to obtain a combined aggregate of a definite (required) fineness modulus F the amount of fine aggregate (x) to be mixed with 1 volume of the coarse aggregate of a given fineness modulus can be easily determined from the relationship

• ### Solved Calculate The Fineness Modulus For The Following F

Question Calculate The Fineness Modulus For The Following Fine Aggregate. Is This Aggregate Finer Or Coarser Than The One Shown In Table 5.7 In Your Text Sieve Size Amount Retained (g) 3/8 In. 0.0 No. 4 11.5 No. 8 38.3 No. 16 95.2 No. 30 156.8 No. 50 135.3 No. 100 98.1 Pan 12.0

• ### Solved Calculate The Fineness Modulus For The Following F

Question Calculate The Fineness Modulus For The Following Fine Aggregate. Is This Aggregate Finer Or Coarser Than The One Shown In Table 5.7 In Your Text Sieve Size Amount Retained (g) 3/8 In. 0.0 No. 4 11.5 No. 8 38.3 No. 16 95.2 No. 30 156.8 No. 50 135.3 No. 100 98.1 Pan 12.0

• ### Fineness Modulus of Aggregates The Inside ScoopGilson Co.

Once the fineness modulus of the fine aggregate is known it can be used to select proportions of coarse aggregate. In its standard practice 211.1-91 Selecting Proportions for Normal Heavyweight and Mass Concrete The American Concrete Institute (ACI) includes Table A1.5.3.6 giving the volumes of coarse aggregates for various fineness moduli of fine aggregates. If the maximum size of the coarse aggregate and the fineness modulus of the Fine Aggregate

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