Have a personal or library account? Click to login
The impact of utilizing red brick powder and plastic pellets as fine particles on the compressive strength and absorption of water in paving blocks Cover

The impact of utilizing red brick powder and plastic pellets as fine particles on the compressive strength and absorption of water in paving blocks

Open Access
|Oct 2024

Figures & Tables

FIGURE 1.

Plastic pellets
Source: own work.
Plastic pellets Source: own work.

FIGURE 2.

The flowchart of the research methodology
Source: own work.
The flowchart of the research methodology Source: own work.

FIGURE 3.

Sand gradation chart
Source: own work.
Sand gradation chart Source: own work.

FIGURE 4.

Red brick powder gradation chart
Source: own work.
Red brick powder gradation chart Source: own work.

FIGURE 5.

Plastic pellet gradation chart
Source: own work.
Plastic pellet gradation chart Source: own work.

FIGURE 6.

Average compressive strength values for paving blocks
Source: own work.
Average compressive strength values for paving blocks Source: own work.

FIGURE 7.

Average water absorption value of paving blocks
Source: own work.
Average water absorption value of paving blocks Source: own work.

Comparison of the compressive strength values from testing paving blocks

TestNormalCompressive strength [MPa]InnovationCompressive strength [MPa]Deviation [MPa]
1V0 A10.69V1 A6.57‒4.12
2V0 B10.21V1 B7.58‒2.63
3V0 C7.33V1 C3.72‒3.61
4V0 A10.69V2 A3.57‒7.12
5V0 B10.21V2 B3.08‒7.13
6V0 C7.33V2 C3.68‒3.65
7V0 A10.69V3 A12.19+1.50
8V0 B10.21V3 B12.36+0.15
9V0 C7.33V3 C9.73+2.40

Physical properties of paving blocks

QualitySize [mm]Compressive strength [MPa]Wear resistance [mm·min−1]Maximum average water absorption [%]
AVGminAVGmin
A210 × 105 × 5040.035.00.0900.1033
B210 × 105 × 5020.017.00.1300.1496
C210 × 105 × 5015.012.50.1600.1848
D210 × 105 × 5010.08.50.2190.25110

Summary of average water absorption test results for paving blocks

Test specimenAdditional materialAverage water absorption [%]
Plastic pellets [%]Red brick powder [%]
V0 A, V0 B, V0 C0011.40
V1 A, V1 B, V1 C102514.43
V2 A, V2 B, V2 C152514.75
V3 A, V3 B, V3 C252514.80

Comparison of testing the water absorption value of paving blocks

NoNormalWater absorption [%]InnovationWater absorption [%]Deviation [%]
1V0 A11.70V1 A13.70‒2.00
2V0 B11.34V1 B15.18‒3.84
3V0 C11.18V1 C14.39‒3.21
4V0 A11.70V2 A14.21‒2.51
5V0 B11.34V2 B13.66‒2.32
6V0 C11.18V2 C16.38‒5.20
7V0 A11.70V3 A14.48‒2.78
8V0 B11.34V3 B15.14‒3.80
9V0 C11.18V3 C14.76‒3.58

Summary of test results for the optimal average water absorption capacity of paving blocks

Test objectAdditional materialAverage compressive strength [MPa]
Plastic pellets [%]Red brick powder [%]
1009.41
4252511.43

Content weight test results

MaterialAggregate weight [g]Container volume [cm3]Unit weight [g·cm−3]
Sand1 0900.0011.09
Red brick powder1 0600.0011.06
Plastic pellets5400.0010.54

A summary of test results for average compressive strength values of paving blocks

Test specimenAdditional materialAverage compressive strength [MPa]
Plastic pellets [%]Red brick powder [%]
V0 A, V0 B, V0 C009.41
V1 A, V1 B, V1 C10255.95
V2 A, V2 B, V2 C15253.44
V3 A, V3 B, V3 C252511.43
DOI: https://doi.org/10.22630/srees.9917 | Journal eISSN: 2543-7496 | Journal ISSN: 1732-9353
Language: English
Page range: 372 - 387
Submitted on: Jun 18, 2024
Accepted on: Sep 10, 2024
Published on: Oct 23, 2024
Published by: Warsaw University of Life Sciences - SGGW Press
In partnership with: Paradigm Publishing Services

© 2024 Hary Yanto Fendi, published by Warsaw University of Life Sciences - SGGW Press
This work is licensed under the Creative Commons Attribution-NonCommercial 4.0 License.