TY  - BOOK
AU  - Priyadarshi, Sahil (PT500716)
AU  - Damle, Rashmin (Guide)
TI  - Experimental investigation of the terracotta tubes based direct evaporative cooling system (Softcopy is also available)
U1  - MBEP TH-0011 
PY  - 2018///
N1  - Content 
List of Abbreviations   x 
Definitions of Terminology   xi 
1 Introduction   - 1 - 
Background   - 1 - 
1.1.1 Purpose of installation  - 1 - 
1.1.2 Cool AnT System Description & Working Principle   - 1 - 
1.1.3 System Limitation   - 2 - 
1.1.4 Need for the study   - 2 - 
Research Question   - 2 – 
1.2.1 Research objectives   - 2 - 
Significance of the study    - 3 - 
2 Literature Review   - 3 - 
Introduction    - 3 - 
Material Relevance   - 3 - 
Summary of literature review   - 7 - 
3 Research Methodology   - 8 - 
Overview   - 8 - 
Experimental Set-up   - 8 - 
3.2.1 Fabrication   - 8 - 
Measurements  - 10 - 
3.3.1 Measured Parameters   - 10 - 
3.3.2 Measuring Instruments & Equipment Specifications   - 10 - 
3.3.3 Measurement Methodology   - 11 - 
Experimentation Methodology   - 12 - 
3.4.1 Fully saturated pots without water flow at different air flow rates   - 12 - 
3.4.2 Dry pots with water flow at different air flow rates   - 13 - 
3.4.3 Dry pots at different water flow rates   - 13 - 
3.4.4 Geometrical Variation   - 13 - 
Data Gathering Process   - 13 - 
Data Analysis   - 14 - 
Experimentation Guidelines   - 14 - 
3.7.1 Experimental Set-up  - 14 - 
3.7.2 Water System   - 15 - 
3.7.3 Electrical Systems    - 15 - 
3.7.4 Market Research    - 15 
3.7.5 Measurements   - 15 - 
3.7.6 Management & Co-ordination   - 16 - 
4 Results & Analysis   - 16 - 
Fully saturated pots without water flow at different air flow rates   - 16 - 
4.1.1 Outlet air temperature (°C) & RH (%) with respect to inlet air temperature (°C) & RH (%):   - 16  
4.1.2 Temperature drop (°C) at different air flow rates   - 18 - 
4.1.3 Wet-bulb efficiency (%) with respect to air flow rate (cfm)   - 19 - 
Dry pots with water flow at different air flow rates   - 20 - 
4.2.1 Outlet air temperature (°C) & RH (%) with respect to inlet air temperature (°C) & RH (%)   - 20 - 
4.2.2 Temperature drop (°C) at different air flow rates   - 20 - 
4.2.3 Wet-bulb efficiency (%) with respect to air flow rate (cfm)   - 21 - 
4.2.4 Water consumption (L)   - 22 - 
4.2.5 True power (W) consumption   - 22 - 
4.2.6 Coefficient of Performance (COP)   - 23 - 
Pots at different water flow rates  - 23 - 
4.3.1 Temperature drop (°C) at different water flow rates   - 24 - 
4.3.2 Wet-bulb efficiency (%) with respect to air flow rate (cfm)   - 24 - 
Geometrical Variation   - 25 - 
4.4.1 Outlet air temperature (°C) & RH (%) with respect to inlet air temperature (°C) & RH (%)   - 25 - 
4.4.2 Temperature drop (°C)   - 26 - 
4.4.3 Wet-bulb efficiency (%) with respect to air flow rate (cfm)   - 26 - 
4.4.1 Water consumption (L)   - 27 - 
4.4.2 True power (W) consumption   - 27 - 
Advantages and Application of the System   - 28 - 
Comparison with Different Evaporative Cooling Systems   - 28 - 
5 Conclusion   - 30 - 
References   - 31 -

ER  -