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Experimental investigation on the thermal performance of ultra-stable kerosene-based MWCNTs and Graphene nanofluids
Askari, S
Cataloging brief
Experimental investigation on the thermal performance of ultra-stable kerosene-based MWCNTs and Graphene nanofluids
Author :
Askari, S
Publisher :
Elsevier Ltd
Pub. Year :
2019
Subjects :
Graphene Kerosene MWCNTs Nanofluid Heat convection Heat transfer Multiwalled carbon...
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List of Figures
(7)
List of Tables
(9)
Introduction
(10)
1.1 Introduction
(10)
1.2 Previous work
(11)
1.2.1 Environmental effects on the bond and the interface of FRP and concrete
(11)
1.2.2 Environmental effects on the bond at the interface of FRPs and Steel
(13)
1.2.3 Environmental effects on the bond at the interface of FRPs and masonry
(14)
1.2.4 Environmental effects on the bond at the interface of FRPs and timber
(16)
1.2.5 Environmental effects on the mechanical properties of FRPs
(16)
1.3 Scope and objectives
(19)
Materials and Method
(20)
2.1 Fiber reinforced polymer
(20)
2.2 Environments
(22)
2.2.1 Acid (pH of 2.5)
(22)
2.2.2 Alkaline (pH of 10 and 12.5)
(22)
2.2.3 Seawater (pH of 7.25)
(22)
2.2.4 Fresh water (pH of 7)
(23)
2.3 Standards
(23)
2.4 Reservoirs
(23)
2.5 Testing Program
(23)
2.5.1 Minimum lap spliced length
(23)
2.5.2 Single-lap shear test procedure
(30)
The long-term evaluation of interface between Glass Fabrics (GFRP)
(31)
3.1 Abstract
(31)
3.2 Results and Discussion
(32)
3.2.1 Acidic solution (pH of 2.5)
(32)
3.2.2 Alkaline solutions (pH of 10)
(33)
3.2.3 Alkaline solutions (pH of 12.5)
(34)
3.2.4 Sea water solutions (pH of 7.25)
(35)
3.2.5 Fresh water solutions (pH of 7)
(36)
3.2.6 Modes of failure
(40)
The long-term evaluation of interface between Aramid fabrics (AFRP)
(44)
4.1 Abstract
(44)
4.2 Results and discussion
(45)
4.2.1 Acidic solution (pH of 2.5)
(45)
4.2.2 Alkaline solutions (pH of 10)
(46)
4.2.3 Alkaline solutions (pH of 12.5)
(47)
4.2.4 Sea water solutions (pH of 7.25)
(48)
4.2.5 Fresh water solutions (pH of 7)
(49)
4.2.6 Modes of failure
(53)
The long-term evaluation of interface between Carbon fabrics (CFRP)
(57)
5.1 Abstract
(57)
5.2 Results and discussion
(58)
4.2.1 Acidic solution (pH of 2.5)
(58)
4.2.2 Alkaline solution (pH of 10)
(59)
4.2.3 Alkaline solution (pH of 12.5)
(60)
4.2.4 Sea water solution (pH of 7.25)
(61)
4.2.5 Fresh water solution (pH of 7)
(62)
4.2.6 Modes of failure
(66)
Conclusions and future works
(68)
6.1 Summary and conclusions
(68)
6.2 Direction to Future Work
(69)
References
(70)
