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MECH 321 LAB 5 Experiment- FLEXURAL TESTING OF CERAMICS (Properties & Failure of Materials) 2026 Concordia University

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MECH 321 LAB 5 Experiment- FLEXURAL TESTING OF CERAMICS (Properties & Failure of Materials) 2026 Concordia University Experiment 5 Flexural Testing Of Ceramics MECH 321 Lab Section MI - X Group A Winter 2025 Prof. Sam Eskadarian Concordia University Montreal, QC, Canada TABLE OF CONTENTS TABLE OF CONTENTS 2 LIST OF TABLES AND GRAPHS 2 OBJECTIVE 3 INTRODUCTION 3 EQUIPMENT 5 PROCEDURE 5 RESULTS 6 SAMPLE CALCULATIONS 10 DISCUSSION 10 CONCLUSION 11 REFERENCES 12 LIST OF TABLES AND GRAPHS Figure 1. 4-point flexure test Figure 2. (a) Weibull distribution; (b) Cumulative plot on log-log scale Table 1. Tabulated Results for Borosilicate Clear rod (glass) - as received Figure 3. Weibull distribution for Borosilicate Clear rod (glass) - as received Table 2. Tabulated Results for Borosilicate Clear Rod (GLASS) - Sanded with sic paper Figure 4. Weibull distribution for Borosilicate Clear rod (glass) - Sanded with Sic Paper Table 3. Tabulated Results for Borosilicate Clear Rod (GLASS) - Polished with Diamond Paste Figure 5. Weibull distribution for Borosilicate Clear rod (glass) - Polished with Diamond Paste Table 4. Tabulated Results for Borosilicate Clear Rod (GLASS) - Etched in HF Acid Figure 6. Weibull distribution for Borosilicate Clear rod (glass) - Etched in HF Acid Table 5. Weibull Modulus for each set of bars OBJECTIVE The objective of this experiment is to determine the flexural strength of borosilicate glass rods using a 4-point bend test, analyze the statistical variability of ceramic strength via Weibull modulus calculations, and investigate the effect of surface treatments (abrasion, polishing, and hydrofluoric acid etching) on the modulus of rupture (MOR).

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MECH 321 LAB 5 Experiment- FLEXURAL TESTING OF
CERAMICS (Properties & Failure of Materials) 2026 Concordia
University
Experiment 5
Flexural Testing Of Ceramics




MECH 321 Lab Section MI - X
Group A
Winter 2025




Prof. Sam Eskadarian



Concordia University
Montreal, QC, Canada

, TABLE OF CONTENTS
TABLE OF CONTENTS ............................................................................... 2
LIST OF TABLES AND GRAPHS ..................................................................... 2
OBJECTIVE .......................................................................................... 3
INTRODUCTION ..................................................................................... 3
EQUIPMENT.......................................................................................... 5
PROCEDURE ......................................................................................... 5
RESULTS ............................................................................................. 6
SAMPLE CALCULATIONS ....................................................................... 10
DISCUSSION........................................................................................ 10
CONCLUSION ...................................................................................... 11
REFERENCES....................................................................................... 12




LIST OF TABLES AND GRAPHS
Figure 1. 4-point flexure test
Figure 2. (a) Weibull distribution; (b) Cumulative plot on log-log scale
Table 1. Tabulated Results for Borosilicate Clear rod (glass) - as received
Figure 3. Weibull distribution for Borosilicate Clear rod (glass) - as received
Table 2. Tabulated Results for Borosilicate Clear Rod (GLASS) - Sanded with sic paper
Figure 4. Weibull distribution for Borosilicate Clear rod (glass) - Sanded with Sic Paper
Table 3. Tabulated Results for Borosilicate Clear Rod (GLASS) - Polished with Diamond Paste
Figure 5. Weibull distribution for Borosilicate Clear rod (glass) - Polished with Diamond Paste
Table 4. Tabulated Results for Borosilicate Clear Rod (GLASS) - Etched in HF Acid
Figure 6. Weibull distribution for Borosilicate Clear rod (glass) - Etched in HF Acid
Table 5. Weibull Modulus for each set of bars
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