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Fakulti Kejuruteraan Mekanikal
(11)
Fakulti Kejuruteraan Kimia
(4)
Fakulti Kejuruteraan Kimia dan Kejuruteraan Sumber Asli
(3)
Wira Jazair Yahya, supervisor
(3)
Zainuddin Abdul Manan
(3)
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Heat recovery
(44)
Waste heat
(21)
Heat exchangers
(6)
Heat recovery -- Congresses
(6)
Energy conservation
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1. 
Cover image for Practical heat recovery
2. 
Cover image for Waste heat recovery system
3. 
Cover image for Waste heat recovery system
4. 
Cover image for Exhaust heat recovery system
5. 
Cover image for Exhaust heat recovery system
6. 
Cover image for Waste heat recovery systems
7. 
Cover image for Heat Recovery Systems & CHP
8. 
Cover image for Principles of waste heat recovery
9. 
Cover image for Industrial and commercial heat recovery systems
10. 
Cover image for Air-to-air heat recovery equipment
11. 
Cover image for Study of steam boiler of heat recovery
12. 
Cover image for Study of steam boiler of heat recovery
13. 
Cover image for Development of waste heat recovery apparatus in heat treatment process
14. 
Cover image for A graphical approach for cost targeting of heat recovery networks with mixed heat exchanger types
15. 
Cover image for A graphical approach for cost targeting of heat recovery networks with mixed heat exchanger types
16. 
Cover image for Development of waste heat recovery apparatus in heat treatment process
17. 
Cover image for A software for simultaneous targeting and design of a maximum heat recovery network
18. 
Cover image for A new systematic method for optimal heat recovery networks design with minimum area and exergy loss
19. 
Cover image for A novel thermoelectric generator for automotive exhaust heat recovery
20. 
Cover image for Design and simulation of an exhaust based thermoelectric generator for waste heat recovery in passenger vehicles
21. 
Cover image for Design and simulation of an exhaust based thermoelectric generator for waste heat recovery in passenger vehicles
22. 
Cover image for Conceptual design of a 160 W exhaust based theroelectric generator for automotive waste heat recovery
23. 
Cover image for Optimization of a condensate pre-heater for a heat recovery boiler in a combined cycle power plant
24. 
Cover image for Systematic design and synthesis of heat, mass and water recovery networks using pinch analysis
25. 
Cover image for Industrial boilers and heat recovery steam generators : design, applications, and calculations
26. 
Cover image for Systematic design and synthesis of heat, mass and water recovery networks using pinch analysis
27. 
Cover image for Systematic heat recovery network improvement in a palm oil refinery to achieve the simultaneous reduction of energy and water
28. 
Cover image for Waste heat recovery from a gas turbine unit
29. 
Cover image for Waste heat recovery for vapour absorption refrigeration application
30. 
Cover image for Energy saving in industrial drying plants by partial recovery of the latent heat of the exhaust air
31. 
Cover image for Energy conservation in industry-combustion, heat recovery and rankine cycle machines
32. 
Cover image for Physico-thermal properties of rubbers and the rubber engine; Waste heat recovery systems; Gas turbine experiments; Currypuff processing machine; Design of an open type refrigeration unit; To determine the pressure distribution around and aerofoil using singularity method (computer aided); Dynamic performance of a radial drilling machine; Design of chassis for a medium sized fibreglass bodied motorcar
33. 
Cover image for Heat recovery systems : a directory of equipment and techniques
34. 
Cover image for Heat recovery from building - an annotated bibliography with a survey of available products and their suppliers
35. 
Cover image for Heat exchangers : test procedures for establishing performance of air to air and flue gases heat recovery devices
36. 
Cover image for A maximum energy recovery targeting using individual stream matching approach for system with heat losses
37. 
Cover image for A maximum energy recovery targeting using individual stream matching approach for system with heat losses
38. 
Cover image for A new technique for cost-effective heat recovery network retrofit
39. 
Cover image for A new technique for cost-effective heat recovery network retrofit
40. 
Cover image for Heat pump and energy recovery in air conditioning system
41. 
Cover image for Incentive spirometry prescription and inspiratorycapacity recovery guideline for early period after open heart surgery
42. 
Cover image for Incentive spirometry prescription and inspiratorycapacity recovery guideline for early period after open heart surgery
43. 
Cover image for THE RECOVERY OF NATURAL ENVIRONMENTS IN ARCHITECTURE : Air, Comfort and Climate
44. 
Cover image for Recovery of head office overheads due to prolongation of time
45. 
Cover image for Recovery of head office overheads due to prolongation of time
46. 
Cover image for Identification and recovery of fingerprints from glass fragments in molotov cocktail cases
47. 
Cover image for Passive Passion Buildings Doing More with Less
48. 
Cover image for Exhaust waste heat as energy source for air induction booster
49. 
Cover image for Exhaust waste heat as energy source for air induction booster
50. 
Cover image for Utilization of exhaust waste heat for electric generation
51. 
Cover image for Utilization of exhaust waste heat for electric generation
52. 
Cover image for Vehicle exhaust energy recovery methods and analysis
53. 
Cover image for Persistence and recover of fingerprint marks from soot covered glass fire debris
54. 
Cover image for Process engineering for a small planet : how to re-use, re-purpose, and retrofit existing process equipment
55. 
Cover image for Utilization of exhaust waste heat for electric generation
56. 
Cover image for Utilization of exhaust waste heat for electric generation
57. 
Cover image for Vehicle exhaust energy recovery methods and analysis
58. 
Cover image for Handbook for cogeneration and combined cycle power plants
59. 
Cover image for An integrated modeling for simultaneous energy recovery and carbon emission reduction for palm oil refining
60. 
Cover image for An integrated modeling for simultaneous energy recovery and carbon emission reduction for palm oil refining
61. 
Cover image for Handbook of energy conservation
62. 
Cover image for Software development for evaluating the potential use of an air preheater in a boiler system
63. 
Cover image for Software development for evaluating the potential use of an air preheater in a boiler system
64. 
Cover image for Study the effect of coolant temperature on turbocharged gasoline engine performance
65. 
Cover image for Penggunaan tuangan pelaburan sebagai kaedah pembuatan pemegang pintu
66. 
Cover image for Acoustic from waste heat
67. 
Cover image for Perisian sistem simpanan tenaga haba
68. 
Cover image for Recovery voltage method (RVM) in comparison to other diagnostic methods, a literature study
69. 
Cover image for Acoustic from waste heat
70. 
Cover image for Machining of sintered powder metallurgy materials
71. 
Cover image for Design of trailing suction hopper dredger
72. 
Cover image for Kajian Penyalakuan sebuah sistem janakuasa STIM
73. 
Cover image for Perisian sistem simpanan tenaga haba
74. 
Cover image for Turboexpanders and process applications
75. 
Cover image for Pengurusan data dalam rekabentuk kejuruteraan moden ... [et al.]
76. 
Cover image for Pengoptimum perolehan haba buangan dari unit pembakar mudah alih
77. 
Cover image for Pengoptimum perolehan haba buangan dari unit pembakar mudah alih
78. 
Cover image for A fuzzy logic based soft feedback control for a model reference adaptive control scheme (MRAC) ... [et al.]
79. 
Cover image for Perolehan haba buangan dari pembakar mudah alih
80. 
Cover image for Perolehan haba buangan dari pembakar mudah alih ... [et al.]
81. 
Cover image for Applied Thermal Engineering
82. 
Cover image for Daily work programme : (thermal analysis expert)
83. 
Cover image for Energy recovery from lignin, peat and lower rank coals
84. 
Cover image for The role of heterogeneities in oil recovery
85. 
Cover image for Waste heat : utilization and management
86. 
Cover image for Waste energy utilization technology
87. 
Cover image for Thermal energy recovery
88. 
Cover image for Utilization of reject heat
89. 
Cover image for Factors affecting power plant waste heat utilazation
90. 
Cover image for Waste heat management and utilization
91. 
Cover image for In-situ combustion models for the steam plateau and for fieldwide oil recovery
92. 
Cover image for Energy recovery in process plants
93. 
Cover image for Penentuan nilai parameter teori erapan mod duaan (TEMD) bagi gas nitrogen dalam membran selulos asetat; Effect of a regional aquifer on the performance of a group of oil and gas reservoirs in J-20 sand, Malay Basin, Malaysia; Modeling and simulation of gas separation using membrane; The mechanical strength of mitotic cells; Combustion of municipal solid waste to produce heat, steam or electricity; Kajian fenomena peruwapan gas petroleum cecair di dalam storan
94. 
Cover image for Heat recuperation in the process of extraction and deodorisation of oils
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