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Table 4 Experimental results-1.

From: Property Assessment of High-Performance Concrete Containing Three Types of Fibers

Specimen

Compressive

strength

Mean compressive

strength

λC

Tensile strength

Mean tensile strength

λS

Flexural strength

Mean flexural strength

λf

TC-R

FC-R

(MPa)

(MPa)

(MPa)

(MPa)

(MPa)

(MPa)

(%)

(%)

C1

65.59

63.70

1.000

2.78

3.36

1.000

5.23

5.81

1.000

5.27

9.12

63.54

3.34

6.12

61.97

3.96

6.07

C2

60.19

60.77

0.954

4.34

4.04

1.202

6.38

6.81

1.172

6.64

11.20

62.83

3.81

7.10

59.29

3.97

6.95

C3

59.75

58.99

0.926

3.85

3.78

1.125

7.17

6.90

1.188

6.41

11.69

59.37

3.79

7.04

57.85

3.70

6.49

C4

57.65

57.58

0.904

3.64

3.81

1.134

7.35

7.07

1.217

6.61

12.27

56.38

3.88

7.16

58.71

3.91

6.70

C5

58.24

56.37

0.885

3.79

3.88

1.155

6.78

6.96

1.198

6.88

12.34

54.25

3.93

7.16

56.62

3.92

6.95

C6

52.95

54.91

0.862

3.85

3.88

1.155

7.06

6.88

1.184

7.07

12.53

56.54

3.88

6.80

55.24

3.91

6.78

Z1

63.01

62.81

0.986

4.05

4.26

1.268

7.17

6.79

1.169

6.78

10.81

62.16

4.55

6.74

63.26

4.18

6.46

Z2

57.29

59.62

0.936

4.44

4.13

1.229

7.06

6.64

1.143

6.93

11.14

61.43

4.35

6.04

60.14

3.60

6.81

  1. λC refers the ratio of the mean compressive strength of the specimen to the mean compressive strength of common concrete (specimen C1). λS is the ratio of the mean tensile strength of the specimen to the mean tensile strength of common concrete (specimen C1). λf denotes the ratio of the mean flexural strength of the specimen to the mean flexural strength of common concrete (specimen C1). TC-R is the ratio of the mean tensile strength to the mean compressive strength of specimens. FC-R is the ratio of the mean flexural strength to the mean compressive strength of specimens