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Fakulti Kejuruteraan Mekanikal
(18)
Blair, Gordon P.
(12)
Gan, Leong Ming
(7)
Zulkarnain Abdul Latiff, supervisor
(7)
Azhar Abdul Aziz, supervisor
(5)
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Two-stroke cycle engines
(81)
Internal combustion engines
(23)
Two-stroke cycle engines -- Design and construction
(19)
Automobiles -- Motors (Two-stroke cycle)
(13)
Exhaust systems
(9)
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1. 
Cover image for Two-stroke cycle spark-ignition engines
2. 
Cover image for The two-stroke cycle engines : its development, operation, and design
3. 
Cover image for Indigenous scavenging system for two-stroke stepped-piston engine
4. 
Cover image for Indigenous scavenging system for two-stroke stepped-piston engine
5. 
Cover image for Design and testing of lubrication test rig for two-stroke stepped-piston engine
6. 
Cover image for Design and testing of lubrication test rig for two-stroke stepped-piston engine
7. 
Cover image for Design of a new electrically-powered gasoline supply pump for a GDI system for a two-stroke stepped-piston engine
8. 
Cover image for Design of a new electrically-powered gasoline supply pump for a GDI system for a two-stroke stepped-piston engine
9. 
Cover image for Stratified-charge two-stroke stepped-piston engine
10. 
Cover image for Stratified-charge two-stroke stepped-piston engine
11. 
Cover image for Design of multi-cylinder, two strokes, stepped-piston engine for high altitude applications
12. 
Cover image for Design of a multi-cylinder, stepped-piston, two-stroke engine for high altitude applications
13. 
Cover image for Design of A 2-stroke gasoline mobile generator
14. 
Cover image for Design of A 2-stroke gasoline mobile generator
15. 
Cover image for Design of multi-cylinder, two strokes, stepped-piston engine for high altitude applications
16. 
Cover image for Design of a multi-cylinder, stepped-piston, two-stroke engine for high altitude applications
17. 
Cover image for Crankshaft balancing of two - stroke gasoline engine
18. 
Cover image for Order and gated analysis of two stroke engine
19. 
Cover image for Order and gated analysis of two stroke engine
20. 
Cover image for A study of two-stroke stepped-piston engine with gasoline direct injection fueling system
21. 
Cover image for Order and gated analysis of two stroke engine
22. 
Cover image for A study of two-stroke stepped-piston engine with gasoline direct injection fueling system
23. 
Cover image for Crankshaft balancing of two-stroke gasoline engine
24. 
Cover image for Order and gated analysis of two stroke engine
25. 
Cover image for Design optimization of a single cylinder nutating motion engine
26. 
Cover image for Optimization of the scavenging system for a single cylinder two - stroke engine
27. 
Cover image for Design optimization of 4 cylinder 2 - stroke engine to improve power - to - weight ratio
28. 
Cover image for Design optimization of a single cylinder nutating motion engine
29. 
Cover image for Design optimization of 4 cylinder 2 - stroke engine to improve power - to - weight ratio
30. 
Cover image for Optimization of the scavenging system for a single cylinder two - stroke engine
31. 
Cover image for Design and development of a breathing system for a single-cylinder stepped-piston engine
32. 
Cover image for Performance and emission characteristics of a two stroke gasoline engine
33. 
Cover image for Development of a lubricant dispensing system for a stepped piston, two-stroke engine
34. 
Cover image for Retrofitting of a single cyclinder two stroke engine with a valve train system
35. 
Cover image for Performance evaluation of single cylinder two-stroke engine equipped with direct injection system using GT POWER software
36. 
Cover image for Design and optimization of the scavenging system of a multi-cylinder two-stroke scotch-yoke engine
37. 
Cover image for Performance and emission characteristics of a two stroke gasoline engine
38. 
Cover image for Retrofitting of a single cyclinder tow stroke engine with a valve trin system
39. 
Cover image for Performance evaluation of single cylinder two-stroke engine equipped with direct injection system using GT POWER software
40. 
Cover image for Design and optimization of the scavenging system of a multi-cylinder two-stroke scotch-yoke engine
41. 
Cover image for Design and development of a breathing system for a single cylinder stepped-piston engine
42. 
Cover image for Development of a lubricant dispensing system for a stepped piston, two-stroke engine
43. 
Cover image for Design and development of a breathing system for a single-cylinder stepped-piston engine
44. 
Cover image for K98MC-S: project guide
45. 
Cover image for The Haynes small engine manual : the Haynes manual for maintaining, fault finding and repairing most small engines up to and including 5.5HP
46. 
Cover image for Sampling of unregulated commponents of an SI two-stroke engine exhaust emission
47. 
Cover image for Mechanical and thermodynamics analyses of the two-stroke swivel motion engine
48. 
Cover image for The development of a new blower assisted scavenging system for two stroke petrol engine
49. 
Cover image for Development of a valvetrain mechanism (actuation of exhaust rotary valve) for a small two stroke engine design
50. 
Cover image for Design concept for a boosted small capacity multi-cylinder two-stroke horizontal opposed scotch-yoke engine
51. 
Cover image for Development of a 125cc two-stroke, step-piston engine using a one-dimensional engine code
52. 
Cover image for The development of a new blower assisted scavenging system for two stroke petrol engine
53. 
Cover image for Mechanical and thermodynamics analyses of the two-stroke swivel motion engine
54. 
Cover image for Development of a valvetrain mechanism (actuation of exhaust rotary valve) for a small two stroke engine design
55. 
Cover image for Sampling of unregulated commponents of an SI two-stroke engine exhaust emission
56. 
Cover image for Concept design of single seater formula racing car
57. 
Cover image for Design of a lubrication system for atow stroke scotch yoke engine for weight reduction and low consuption of lubrication using CAD / CAE
58. 
Cover image for Software for determination of flywheel and torsional damper
59. 
Cover image for Numerical analysis of scavenging and combustion process in two stroke stepped-pistons engine (part 1)
60. 
Cover image for Step piston engine design and development - UTM's expperience
61. 
Cover image for Computer modelling for flow and combustion in the chambers of a two stroke scotch yoke engine for fuel economy and performance
62. 
Cover image for Design of a lubrication system for atow stroke scotch yoke engine for weight reduction and low consuption of lubrication using CAD / CAE
63. 
Cover image for Exhaust system design for two-stroke engine multi-cylinder
64. 
Cover image for Finite element analysis (FEA) of a scotch-yoke engine crank mechanism
65. 
Cover image for Software for determination of flywheel and torsional damper
66. 
Cover image for Sifat kehausan nanokomposit aluminium yang diperkuat dengan komposisi silikon karbida yang tinggi
67. 
Cover image for Study on aluminium - mmc with 10 % and 20 % (SOL gel coated) SiC particulate through P/M technique
68. 
Cover image for Development of two-stroke engine without valve using blower mechanism
69. 
Cover image for Optimum design of two stroke reciprocating internal combustion engine
70. 
Cover image for Design and development of two stroke engine with blower mechanism
71. 
Cover image for Effects of air flow to new two stroke engine
72. 
Cover image for Design of v type engine for two stroke engine
73. 
Cover image for Utilisation of numerical and experimental method in noise reduction of 2-stroke cycle gasoline engine
74. 
Cover image for Analysis of scavenging process in a new two stroke cross - scavenged engine
75. 
Cover image for Effect of heat transfer on cylinder wall during cooling process using computational fluid dynamic
76. 
Cover image for Heat transfer in the cylinder of a new two-stroke cross-scavenged engine
77. 
Cover image for Development of two-stroke engine without valve using blower mechanism
78. 
Cover image for Design of two stroke diesel engine
79. 
Cover image for Dinamik enjin petrol dua lejang
80. 
Cover image for Design optimization of a small engine combustion and induction chambers using CFD technique
81. 
Cover image for Design and development of two stroke engine with blower mechanism
82. 
Cover image for Optimum design of two stroke reciprocating internal combustion engine
83. 
Cover image for Effects of port sizes in scavenging on new two-stroke engine using numerical analysis
84. 
Cover image for Flow analysis of new two-stroke engine design using computational fluid dynamic
85. 
Cover image for Vibration characteristic of two-stroke gasoline engine (finite element method)
86. 
Cover image for Peningkatan keselamatan di dalam penyelenggaraan bas awam
87. 
Cover image for Meja-putar-siling untuk UTM-LST
88. 
Cover image for Design optimization of a small engine combustion and induction chambers using CFD technique
89. 
Cover image for Application of activity based costing system in manufacturing company case study
90. 
Cover image for Numerical analysis of scavenging process for two stroke engine
91. 
Cover image for Analysis on the engine performance of the two-stroke engine
92. 
Cover image for Analysis on the engine performance of the two-stroke engine
93. 
Cover image for Emissions from two-stroke engines
94. 
Cover image for Design and simulation of two-stroke engines
95. 
Cover image for Two-stroke engines : theoretical and experimental investigations
96. 
Cover image for A new generation of two-stroke engines for the future ?
97. 
Cover image for The basic design of two-stroke engines
98. 
Cover image for The potential of small loop-scavenged spark-ignition, single-cylinder, two stroke engines
99. 
Cover image for New developments in two stroke engines and their emissions
100. 
Cover image for The basic design of two-stroke engines
101. 
Cover image for Advances in two-stroke cycle engine technology
102. 
Cover image for Rekabentuk ekzos untuk injin pembakaran dalam dua-lejang
103. 
Cover image for Pembinaan dan pengujuan 'flying model' bagi ultralight; Rekabentuk mesin memproses perusahaan keropok; Rekabentuk dan mendapatkan teknik pengeluaran komponen pancalogam aluminium, bahan asas kepingan logam bagi bahagian-bahagian pesawat terbang; Rekabentuk ekzos untuk injin pembakaran dalam dua-lejang
104. 
Cover image for Sistem data kejuruteraan berkomputer = Computerise engineering data system; Flow control by governor; Pembinaan dan pengujian 'flying model' bagi ultralight; Rekabentuk mesin memproses perusahaan keropok; Rekabentuk dan membina 'rubber press' dan mendapatkan teknik pengeluaran komponen pancalogam aluminium, bahan asas kepingan logam bagi bahagian-bahagian pesawat terbang; Rekabentuk ekzos untuk injin pembakaran dalam dua-lejang; Rekabentuk pelantar ujian untuk menguji ketahanan hos radiator; Kinematic analysis of industrial robot using the alternative (4x4) matrix approach
105. 
Cover image for Modifications on the intake ports with the aim to reduce the noise of a two-stroke-crankcase -scavenged engine
106. 
Cover image for Predicting the perfomence characteristics of two-cycle engine fitted with reed induction valves
107. 
Cover image for Evaluation of the lubricity of two-stroke engine oils = Essai du pouvoir lubrifiant des huiles sur moteur a' deux-temps
108. 
Cover image for Unsteady gas flow through reedy value induction systems
109. 
Cover image for Engines for small propeller-driven RPVA
110. 
Cover image for The unsteady gas exchange characteristics of a two-cycle engine
111. 
Cover image for Prediction of two cycle engine performance characteristics
112. 
Cover image for Studying scavenge flow in a two stroke cycle engine
113. 
Cover image for Further developments of a 500cc single cylinder 2-cycle engine for motorcycle racing and motor cross applications
114. 
Cover image for Design and initial development of a high specific output 500cc single-cylinder, two-stroke, racing motorcycle engine
115. 
Cover image for Unsteady flow effects in exhaust systems of naturally aspirated, crankcase compression two cycle internal combustion engines
116. 
Cover image for Gas flow techniques applied to a sleeve valve engine design