The process involved in the design and fabrication of a creep material testing equipment ranges from carrying out the feasibility studies of the project to the designed and especially of ensuring its functionality.  Since it is used in the testing of failure of material under loading, different engineering principles employed in the design and fabrication includes bending moments and deflection of beam etc.  the main objective of this project is to design a mechanical structure that can test the failure of substance hence creep s defined as the failure of substance under continuous loading.  It also involves the cutting of the specimen that will be used to conducting the test. After the completion of the different components of the machine, it is assembled and a test turn conducted.

As a result, it was finally observed that creep material testing equipment is used in determining the failure of material under continual loading.

TITLE PAGE

LETTER OF TRANSMITTAL

RELEASE PAGE

CERTIFICATION

APPROVAL PAGE

DEDICATION

ACKNOWLEDGEMENT

ABSTRACT

TABLE OF CONTENTS

1.0 INTRODUCTION

1.10 CREEP CONCEPT

1.11 CREEP TESTING MACHINES

1.12 THE PURPOSE OF THE PROJECT

1.13 DEMAND FOR THE EQUIPMENT 

1.14 LITERATURE REVIEW

1.15 KINDS OF PHENOMENA

1.16 EXAMPLES

1.17 MECHANISM

2.0 DESCRIPTION OF APPARATUS AND DESIGN THEORY

2.10 STATIC EQUILIBRIUM CONDITION 

2.11 PRINCIPAL OF DEFLECTION IN CANTILEVER 

2.12 CANTILEVER WITH UNIFORMLY DISTRIBUTED LOAD W PER UNIT LENGTH

2.13 BENDING ANALYSIS FOR A C-CHANNEL SECTION

3.0 CALCULATION

3.10 CALCULATING THE MOMENT OF INERTIA OF THE C-SECTION USING GRAPHIC METHOD

3.11 CALCULATION OF THE MAXIMUM LOAD

3.12 CALCULATION THE BENDING MOMENT

4.0 FABRICATION

4.10 EXPERIMENTAL PROCEDURE AND RESULT

4.11 LEAD SPECIMEN AT OTHER TEMPERATURES

4.12 METHOD OF ASSEMBLY

4.13 PRINCIPAL OF OPERATION

5.0 BILL OF QUANTITIES

5.10 POSSIBLE PROBLEMS OF CREEP TESTING EQUIPMENT AND RECOMMENDATION 

5.11 FUTURE OF THE TECHNOLOGY 

5.12 SCALE

5.13 CONCLUSION