Design of forced convection heat transfer rig

• <p> </p><p>Cover Page<br>Title page<br>Certification page<br>Dedication<br>Acknowledgement<br>Abstract<br>List of figures<br>List of Tables<br>List of graph<br><strong>

Chapter ONE

INTRODUCTION

• </strong><br>
• 1.0Introduction<br>
• 1.1Modes of heat Transfer<br>
• 1.2Aims and Objectives<br>
• 1.3Application and uses<br><strong>

Chapter TWO

LITERATURE REVIEW

• </strong><br><strong>LITERATURE REVIEW</strong><br>
• 2.0Previous works on forced convection studies<br>
• 2.1Purposes of the study<br>
• 2.2Basic laws Governing Heat Transfers<br>
• 2.3Heat Transfer by Convection<br>
• 2.4Determination of Coefficient of Heat Transfer by convection<br><strong>

Chapter THREE

RESEARCH METHODOLOGY

• </strong><br>
• 3.0Analysis of Design<br>
• 3.1Description of Design<br>3.
• 1.1Methodology<br>3.
• 2.Steps Considered for the Designing of forced convective heat transfer rig<br><strong>

Chapter FOUR

DATA PRESENTATION AND ANALYSIS

• </strong><br>
• 4.0Experimental procedure<br>
• 4.1Material Methods<br>4.
• 1.1Consideration for Material Selection<br>4.
• 1.2Selecting materials for the test rig<br>
• 4.2Forced convection Data and Calculations<br><strong>

Chapter FIVE

SUMMARY, CONCLUSION AND RECOMMENDATIONS

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• 5.0Analysis Of Result<br>
• 5.1Fourier’s Laws of heat Conduction<br>
• 5.2Thermal Conductivity of Material<br>
• 5.3Determination of Quality of Heat Entering the Hot Pipe<br>
• 5.4Determination of Temperature<br><strong>CHAPTER SIX</strong><br>
• 6.0Observation<br>
• 6.1Suggestion for improvement<br>
• 6.2Challenges Encountered<br>
• 6.3Recommendation<br><strong>CHAPTER SEVEN</strong><br>
• 7.0Conclusion</p><p><strong>Reference</strong></p><p>List of Figure Pages<br>Figure 1<br>Figure 2<br>Figure 3<br>Figure 4<br>Figure 5</p><p>List of table pages<br>Table 1<br>Table 2<br>Table 3<br>Table 4</p><p>List of graphs pages<br>Graph 1<br>Graph 2</p> <br><p></p>