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Fakulti Kejuruteraan Awam
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Izni Syahrizal Ibrahim, supervisor
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Abdul Rahman Mohd. Sam
(16)
Fakulti Kejuruteraan Mekanikal
(10)
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(9)
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Reinforced concrete, Fiber
(83)
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1. 
Cover image for Fiber reinforced concrete properties
2. 
Cover image for Fiber reinforced concrete properties
3. 
Cover image for Performance of kenaf fiber reinforced concrete
4. 
Cover image for Performance of Kenaf fiber reinforced concrete
5. 
Cover image for Performance of Kenaf fiber reinforced concrete
6. 
Cover image for Fiber reinforced concrete : international symposium
7. 
Cover image for Bending capacity of lattice joist of steel fiber reinforced precast concrete slab
8. 
Cover image for Bending capacity of lattice joist of steel fiber reinforced precast concrete slab
9. 
Cover image for Bond stress between steel deformed bars confined with steel fiber reinforced concrete
10. 
Cover image for The performance of carbon fiber reinforced concrete rectangular beam in torsion
11. 
Cover image for The performance of carbon fiber reinforced concrete rectangular beam in torsion
12. 
Cover image for Bond stress between steel deformed bars confined with steel fiber reinforced concrete
13. 
Cover image for Effect of kenaf fiber on the mechanical properties of reinforced concrete structures
14. 
Cover image for Effect of kenaf fiber on the mechanical properties of reinforced concrete structures
15. 
Cover image for Modeling of fiber-reinforced polymer confined high-strength concrete column by nonlinear finite element method
16. 
Cover image for Modeling of fiber-reinforced polymer confined high-strength concrete column by nonlinear finite element method
17. 
Cover image for Performance of hooked end steel fiber reinforced concrete with the variation of fiber content
18. 
Cover image for Performance of hooked end steel fiber reinforced concrete with the variation of fiber content
19. 
Cover image for Shear resistance of steel fiber reinforced concrete of trapezoidal shear key
20. 
Cover image for Shear resistance of steel fiber reinforced concrete of trapezoidal shear key
21. 
Cover image for Engineering properties of horse hair and kenaf fiber reinforced concrete
22. 
Cover image for Engineering properties of horse hair and kenaf fiber reinforced concrete
23. 
Cover image for Properties of glass fiber reinforced self compacting concrete
24. 
Cover image for Properties of glass fiber reinforced self compacting concrete
25. 
Cover image for Evaluation of shear resistance in reinforced concrete beams with fiber reinforced polymer and steel reinforcement
26. 
Cover image for Evaluation of shear resistance in reinforced concrete beams with fiber reinforced polymer and steel reinforcement
27. 
Cover image for External strengthening of reinforced concrete beams using kenaf fiber epoxy biocomposite plates
28. 
Cover image for External strengthening of reinforced concrete beams using kenaf fiber epoxy biocomposite plates
29. 
Cover image for Toughness of concrete reinforced with recycled tire steel fiber
30. 
Cover image for Toughness of concrete reinforced with recycled tire steel fiber
31. 
Cover image for Application of clad/unclad optical fiber in the corrosion studies of reinforced concrete rebars
32. 
Cover image for Application of clad/unclad optical fiber in the corrosion studies of reinforced concrete rebars
33. 
Cover image for The shear behavior of steel fiber reinforced concrete beam
34. 
Cover image for The shear behavior of steel fiber reinforced concrete beam
35. 
Cover image for Flexural behavior of steel fiber reinforced concrete beams
36. 
Cover image for Flexural behavior of steel fiber reinforced concrete beams
37. 
Cover image for A study on strength and durability performance of palm oil fiber reinforced concrete
38. 
Cover image for A study on strength and durability performance of palm oil fiber reinforced concrete
39. 
Cover image for Flexural behavior of reinforced concrete beams reinforced with carbon fiber reinforced polymer fabric (CFRP) and plain bar
40. 
Cover image for Fiber optic as sensor for corrosion studies in reinforced concrete
41. 
Cover image for Flexural behavior of reinforced concrete beams reinforced with carbon fiber reinforced polymer fabric (CFRP) and plain bar
42. 
Cover image for Performance of externally bonded reinforced concrete structures using carbon fiber reinforced polymer in tropical climate
43. 
Cover image for Flexural behavior of steel fiber reinforced concrete (SFRC)
44. 
Cover image for Flexural behavior of concrete beam reinforced with glass fiber reinforced polymer (GFRP) section
45. 
Cover image for Initial study of optical fiber corrosion sensor in reinforced concrete
46. 
Cover image for Initial study of optical fiber corrosion sensor in reinforced concrete
47. 
Cover image for Flexural behavior of steel fiber reinforced concrete (SFRC)
48. 
Cover image for Flexural behavior of concrete beam reinforced with glass fiber reinforced polymer (GFRP) section
49. 
Cover image for Strengthening of concrete slab with opening using external fiber reinforced polymer (FRP) strip
50. 
Cover image for Strengthening of concrete slab with opening using external fiber reinforced polymer (FRP) strip
51. 
Cover image for Corrosion studies in reinforced concrete using optical fiber sensor
52. 
Cover image for Monitoring and detection of durability related properties of reinforced concrete using fiber optic sensor
53. 
Cover image for Fiber-reinforced-plastic reinforcement for concrete structures : international symposium
54. 
Cover image for Handbook of fiber-reinforced concrete : principles, properties, development and applications
55. 
Cover image for Shear resistance of steel fiber reinforced concrete of trapezoidal shear key
56. 
Cover image for Reinforced concrete with FRP bars : mechanics and design
57. 
Cover image for Annual book of ASTM standards. Section 4, Construction
58. 
Cover image for State-of-the-art report on fiber reinforced shotcrete
59. 
Cover image for Kerja-kerja meroboh bangunan; Cara, ke arah membantu, menasihat dan menjamin kejayaan pemborong binaan bumiputra; Kayu sebagai bahan utama dalam binaan rendah di Malaysia; Aspek kontrek dan amali pada peringkat penyelesaian dalam projek pembinaan; Creep settlement in clay; The effect of fiber-reinforcements on the structural properties of concrete-mixes; Industri binaan dalam rancangan pembangunan kerajaan; Industri binaan di Malaysia dahulu dan sekarang
60. 
Cover image for Assessment of externally bounded fibre reinforced polymer strengthening reinforced concrete beams at elevated temperature using finite element modelling
61. 
Cover image for Assessment of externally bounded fibre reinforced polymer strengthening reinforced concrete beams at elevated temperature using finite element modelling
62. 
Cover image for Properties and performance of high strength fibre reinforced concrete by using steel and polypropylene fibres
63. 
Cover image for Behaviour and performance of structural members with steel fibre reinforced concrete
64. 
Cover image for Behaviour and performance of structural members with steel fibre reinforced concrete
65. 
Cover image for Biaxial behaviour of steel fibre reinforced concrete
66. 
Cover image for Numerical modelling on fibre reinforced polymer strengthened reinforced concrete beam at elevated temperature
67. 
Cover image for Numerical modelling on fibre reinforced polymer strengthened reinforced concrete beam at elevated temperature
68. 
Cover image for Properties and performance of high strength fibre reinforced concrete by using steel and polypropylene fibres
69. 
Cover image for Biaxial behaviour of steel fibre reinforced concrete
70. 
Cover image for Effect of bamboo waste in concrete properties
71. 
Cover image for Bond strength between deformed steel reinforcement bar and steel fibre reinforced grout
72. 
Cover image for Bond strength between deformed steel reinforcement bar and steel fibre reinforced grout
73. 
Cover image for Mechanical properties and deterioration severity of fibre reinforced concrete exposed to elevated temperature
74. 
Cover image for Effect of bamboo waste in concrete properties
75. 
Cover image for The performance of steel fibre reinforced concrete rectangular beam in torsion
76. 
Cover image for The performance of steel fibre reinforced concrete rectangular beam in torsion
77. 
Cover image for Bond strength between deformed steel reinforcement bar and glass fibre reinforced grout
78. 
Cover image for Bond strength between deformed steel reinforcement bar and glass fibre reinforced grout
79. 
Cover image for Mechanical properties and deterioration severity of fibre reinforced concrete exposed to elevated temperature
80. 
Cover image for Non-linear finite element analysis of steel fibre self compacting reinforced concrete beams
81. 
Cover image for Non-linear finite element analysis of steel fibre self compacting reinforced concrete beams
82. 
Cover image for Modelling the behaviour of precast steel fibre reinforced concrete corbel subjected to vertical loading
83. 
Cover image for Performance of kenaf fibre reinforced concrete under static and dynamic loadings
84. 
Cover image for Finite element analysis of steel fibre reinforced concrete beam
85. 
Cover image for Finite element analysis of steel fibre reinforced concrete beam
86. 
Cover image for Performance of kenaf fibre reinforced concrete under static and dynamic loadings
87. 
Cover image for Modelling the behaviour of precast steel fibre reinforced concrete corbel subjected to vertical loading
88. 
Cover image for Bamboo fibre reinforced geopolymer concrete
89. 
Cover image for Bamboo fibre reinforced geopolymer concrete
90. 
Cover image for Bond strength between deformed steel reinforcement bar and fibre reinforced grout
91. 
Cover image for Bond strength between deformed steel reinforcement bar and fibre reinforced grout
92. 
Cover image for Shear resistance of steel fibre self-compacting reinforced concrete using finite element modelling
93. 
Cover image for Shear resistance of steel fibre self-compacting reinforced concrete using finite element modelling
94. 
Cover image for POFA CONCRETE THEORY AND APPLICATION
95. 
Cover image for The compressive and split tensile strength of nylon cable tie fibre-reinforced concrete
96. 
Cover image for The compressive and split tensile strength of nylon cable tie fibre-reinforced concrete
97. 
Cover image for CONCRETE & ASPHALT SUBJECTED TO ELEVATED TEMPERATURES
98. 
Cover image for Characteristics of bonding kenaf fibrous concrete and normal concrete interface
99. 
Cover image for Characteristics of bonding kenaf fibrous concrete and normal concrete interface
100. 
Cover image for Performance of fibre reinforced composite concrete under elevated temperature
101. 
Cover image for Flexural performance of steel fibre reinforced concrete beam
102. 
Cover image for Flexural strength of fibre reinforced concrete under elevated temperature
103. 
Cover image for Materials Characterisation VII
104. 
Cover image for Flexural performance of steel fibre reinforced concrete beam
105. 
Cover image for Flexural strength of fibre reinforced concrete under elevated temperature
106. 
Cover image for Performance of fibre reinforced composite concrete under elevated temperature
107. 
Cover image for Carbon fibre reinforced polymer in strengthening and enhancing reinforced concrete beams
108. 
Cover image for Performance of fibre reinforced composite concrete under elevated temperature
109. 
Cover image for Carbon fibre reinforced polymer in strengthening and enhancing reinforced concrete beams
110. 
Cover image for Fiber reinforced polymers : structural applications
111. 
Cover image for Investigation on the behavior of steel fibre reinforced concrete under flexural loading
112. 
Cover image for Performance of fibre reinforced composite concrete under elevated temperature
113. 
Cover image for Analysis and Design of FRP Reinforced Concrete Structures
114. 
Cover image for Mechanical properties of hybrid fibre reinforced composite concrete
115. 
Cover image for Material properties and shear performance of recycled steel fibre reinforced composite concrete
116. 
Cover image for Rehabilitation of metallic civil infrastructure using fiber-reinforced polymer (FRP) composites
117. 
Cover image for Optimization of steel fibre reinforced concrete as concrete topping in composite slab construction
118. 
Cover image for Elastic modulus of steel fibre reinforced concrete and steel fibre self-compacting concrete
119. 
Cover image for Mechanical properties of hybrid fibre reinforced composite concrete
120. 
Cover image for Material properties and shear performance of recycled steel fibre reinforced composite concrete
121. 
Cover image for Elastic modulus of steel fibre reinforced concrete and steel fibre self-compacting concrete
122. 
Cover image for The mechanical properties and structural performance of hybrid fibre reinforced concrete composite
123. 
Cover image for The international handbook of frp composites in civil engineering
124. 
Cover image for Residual flexural tensile strength of steel fibre reinforced concrete and steel fibre self-compacting concrete
125. 
Cover image for Optimization of steel fibre reinforced concrete as concrete topping in composite slab construction
126. 
Cover image for Residual flexural tensile strength of steel fibre reinforced concrete and steel fibre self-compacting concrete
127. 
Cover image for The mechanical properties and structural performance of hybrid fibre reinforced concrete composite
128. 
Cover image for Durability of cement based composite containing oil palm stem fiber as reinforcement
129. 
Cover image for Deformation behaviour of glass fibre reinforced concrete containing palm fuel ash
130. 
Cover image for Durability of cement based composite containing oil palm stem fiber as reinforcement
131. 
Cover image for Mechanical properties of hybrid fibre reinforced composite concrete
132. 
Cover image for Mechanical properties of hybrid fibre reinforced composite concrete
133. 
Cover image for Kekuatan ikatan antara fiber bertulang fiber (FRP) dan grout
134. 
Cover image for Kekuatan ikatan antara fiber bertulang fiber (FRP) dan grout
135. 
Cover image for Deformation behaviour of glass fibre reinforced concrete containing palm fuel ash
136. 
Cover image for FRP deck and steel girder bridge systems : analysis and design
137. 
Cover image for Developments in fiber-reinforced polymer (FRP) composites for civil engineering
138. 
Cover image for Impact analysis of fibre reinforced composites (V9)
139. 
Cover image for Impact analysis of fibre reinforced composites (V9)
140. 
Cover image for Shear delamination damage process in carbon fiber reinforced polymer composites
141. 
Cover image for Shear delamination damage process in carbon fiber reinforced polymer composites
142. 
Cover image for Shear behaviour of reinforced concrete beams strengthened with carbon fibre reniforced polymer fabrics
143. 
Cover image for Residual flexural tensile stress of Steel Fibre Reinforced Concrete (SFRC)
144. 
Cover image for Engineering properties of horse hair and kenaf fibre reinforced mortar
145. 
Cover image for Performance of precast slab with steel fibre reinforced concrete topping
146. 
Cover image for Mechanical properties of tyre fibre in concrete
147. 
Cover image for Mechanical properties of glass fibre reinforced concrete with palm oil fuel ash
148. 
Cover image for Mechanical properties of recycled steel fibre reinforced concrete
149. 
Cover image for Mechanical properties of glass fibre reinforced concrete with palm oil fuel ash
150. 
Cover image for Mechanics of fiber and textile reinforced cement composites
151. 
Cover image for Residual flexural tensile stress of Steel Fibre Reinforced Concrete (SFRC)
152. 
Cover image for Shear behaviour of reinforced concrete beams strengthened with carbon fibre reniforced polymer fabrics
153. 
Cover image for Mechanical properties of recycled steel fibre reinforced concrete
154. 
Cover image for Performance of precast slab with steel fibre reinforced concrete topping
155. 
Cover image for Multiple constrained optimization of the fiber reinforced composite laminate plate subjected to mechanical load
156. 
Cover image for Polymer modified bitumen : properties and characterisation
157. 
Cover image for Development of durable fiber reinforced polymer grouted splice connection
158. 
Cover image for Development of durable fiber reinforced polymer grouted splice connection
159. 
Cover image for Multiple constrained optimization of the fiber reinforced composite laminate plate subjected to mechanical load
160. 
Cover image for Toughness of concrete reinforced with recycled tire steel fibel
161. 
Cover image for Interlaminar fracture of carbon fiber reinforced polymer composites
162. 
Cover image for Interlaminar fracture of carbon fiber reinforced polymer composites
163. 
Cover image for Flexural behaviour of steel fibre reinforced concrete slab
164. 
Cover image for Shear capacity steel fibre reinforced concrete composite slab
165. 
Cover image for Flexural behaviour of steel fibre reinforced concrete slab
166. 
Cover image for Kelakuan ricih rasuk konkrit prategasan prategangan
167. 
Cover image for Kelakuan ricih rasuk konkrit prategasan prategangan
168. 
Cover image for Shear capacity of steel fibre reinforced concrete composite slab
169. 
Cover image for Kelakuan lenturan rasuk konkrit ditetulangkan dengan polimer bertetulang gentian
170. 
Cover image for Kelakuan lenturan rasuk konkrit ditetulangkan dengan polimer bertetulang gentian
171. 
Cover image for Durability and performance of carbon fibre reinforced polymer-concrete bonding system under tropical climates
172. 
Cover image for Durability and performance of carbon fibre reinforced polymer-concrete bonding system under tropical climates
173. 
Cover image for Constitutive equation and normalized carpet plots of symmetrical fiber reinforce laminates
174. 
Cover image for Constitutive equation and normalized carpet plots of symmetrical fiber reinforce laminates
175. 
Cover image for The use of oil palm fibre reinforced polymer composites as external reinforcement for reinforced concrete beam strenghtening
176. 
Cover image for Engineering properties of polymer and natural fibre reinforced mortar
177. 
Cover image for FRP composites for reinforced and prestressed concrete structures : a guide to fundamentals and design for repair and retrofit
178. 
Cover image for The use of oil palm fibre reinforced polymer composites as external reinforcement for reinforced concrete beam strenghtening
179. 
Cover image for Kelakunan lenturan rasuk konkrit bertetulang helaian GFRP (Polimer bertetulang gentian kaca) dan bar keluli rata
180. 
Cover image for The effect of palm oil fiber on concrete properties
181. 
Cover image for Prestasi lenturan rasuk konkrit bertetulang menggunakan keratan - I GFRP dan bar keluli rata
182. 
Cover image for Kelakunan lenturan rasuk konkrit bertetulang helaian GFRP (Polimer bertetulang gentian kaca) dan bar keluli rata
183. 
Cover image for Mechanical performance of carbon fibre reinforced vinyl ester composite plate bonded concrete exposed to tropical climate
184. 
Cover image for Effects of repetitive loading on cfrp plate-concrete local bond stress performance
185. 
Cover image for The effect of palm oil fiber on concrete properties
186. 
Cover image for Prestasi lenturan rasuk konkrit bertetulang menggunakan keratan - I GFRP dan bar keluli rata
187. 
Cover image for Kelakuan lenturan rasuk konkrit bertetulang plat polimer bertetulang gentian karbon (CFRP) dan bar licin
188. 
Cover image for Effects of repetitive loading on cfrp plate-concrete local bond stress performance
189. 
Cover image for Mechanical performance of carbon fibre reinforced vinyl ester composite plate bonded concrete exposed to tropical climate
190. 
Cover image for Kelakunan lenturan rasuk konkrit bertetulang plat polimer bertetulang gentian karbon (CFRP) dan bar licin
191. 
Cover image for Bonding behaviour between CFRP and steel plates to concrete prisms
192. 
Cover image for Fibre cement : technology and design
193. 
Cover image for Sistem pasang siap 'Glass Fibre Reinforced Concrete' dalam pembinaan rumah
194. 
Cover image for Analysis and design of glass fiber reinforced polymer (GFRP) portal frame
195. 
Cover image for Bonding behaviour between CFRP and steel plates to concrete prisms
196. 
Cover image for The development of mathematical model for predicting bonding behaviour of CFRP plate-epoxy-concrete bonded system
197. 
Cover image for Sistem pasang siap 'glass fibre reinforced concrete' dalam pembinaan rumah
198. 
Cover image for Reinforced concrete design with FRP composites
199. 
Cover image for The performance of carbon fibre reinforced polymer (CFRP) plate - concrete bonding exposed to tropical climatic condition
200. 
Cover image for The development of mathematical model for predicting bonding behaviour of CFRP plate-epoxy-concrete bonded system
201. 
Cover image for Physical and strength properties of glass fiber reinforced polymer (GFRP] grating
202. 
Cover image for Fibre optic pH sensor embeded in concrete
203. 
Cover image for Fibre reinforced cementitious composites
204. 
Cover image for Photocatalytic degradation of Meta-Cresol in aqueous solution using TiO2 as catalyst
205. 
Cover image for Fibre optic pH sensor embedded in concrete
206. 
Cover image for Pembangunan rangka kerja pengurusan ujikaji tanah di makmal
207. 
Cover image for Prestasi lekatan di antara plat CFRP dan keluli dengan prisma konkrit
208. 
Cover image for Pembangunan stesen hidrometeorologi di kampus UTM
209. 
Cover image for Pembentukan penderia gentian optik untuk tujuan pemerhatian proses pengaratan dalam konkrit bertetulang
210. 
Cover image for Kebolehrobekan batu pasir dan batu syal berdasarkan ujikaji makmal
211. 
Cover image for Masalah pembinaan rumah kos rendah di Negeri Sabah
212. 
Cover image for Kesan cerun tanah terhadap rekabentuk tembok penahan
213. 
Cover image for Penstabilan tanah untuk subgred mengggunakan bitumen emulsi
214. 
Cover image for Strength performance and application of fibre reinforced concrete
215. 
Cover image for Penggunaan konkrit bertetulang gentian keluli dalam elemen struktur kajian terhadap papak dan panel dinding galas beban
216. 
Cover image for Kesan dedahan yang berbeza terhadap kekuatan lekatan antara plat CFRP dan keluli dengan prisma konkrit
217. 
Cover image for Pembentukan penderia gentian optik untuk tujuan pemerhatian proses pengaratan dalam konkrit bertetulang
218. 
Cover image for Prestasi lekatan di antara plat CFRP dan keluli dengan prisma konkrit
219. 
Cover image for The use of horizontal and inclined bars as shear reinforcement
220. 
Cover image for Pembentukan penderia gentian optik untuk tujuan pemerhatian proses pengaratan dalam konkrit bertetulang
221. 
Cover image for Prestasi lekatan di antara plat CFRP dan keluli dengan prisma konkrit
222. 
Cover image for Penggunaan konkrit bertetulang gentian keluli dalam elemen struktur : kajian terhadap papak dan panel dinding galas beban
223. 
Cover image for Strength performance and application of fibre reinforced concrete
224. 
Cover image for Kesan dedahan yang berbeza terhadap kekuatan lekatan antara plat CFRP dan keluli dengan prisma konkrit
225. 
Cover image for The use of horizontal and inclined bars as shear reinforcement
226. 
Cover image for Challenges to sustainable building in Singapore the design and construction perspective
227. 
Cover image for Kelakuan tegangan dan kajian mikrostruktur bagi polymer bertetualang gentian kaca (GFRP)
228. 
Cover image for Kajian terhadap rasuk konkrit bertulang yang diperkuat dengan kepingan carbon fibre reinforced polymer (CFRP)
229. 
Cover image for Kajian terhadap rasuk konkrit bertulang yang diperkuat dengan kepingan carbon fibre reinforced polymer (CFRP)
230. 
Cover image for Glass fibre reinforce polymer structural selection as concrete beam reinforcement
231. 
Cover image for Fibre-reinforced polymer reinforcement for concrete structures : proceedings of the Sixth International Symposium on FRP Reinforcement for Concrete Structures (FRPRCS-6), Singapore 8-10 July, 2003
232. 
Cover image for Behaviour of reinforced concrete beam strengthened with fibre reinforced polymer plate
233. 
Cover image for Monitoring of reinforcement corrosion by fiber optic sensor
234. 
Cover image for Pengawalan air larian permukaan dengan menggunakan sistem kolam takungan
235. 
Cover image for Keupayaan galas untuk asas jalur di atas pasir melapisi tanah liat lembut
236. 
Cover image for FRP : strengthened RC structures
237. 
Cover image for Performance of GFRP plates as strengthening material for reinforced concrete beams = Prestasi plat GFRP sebagai bahan penguatan rasuk konkrit bertetulang
238. 
Cover image for The pontential of fiber optic sensor in monitoring the chemical properties of civil structures
239. 
Cover image for Shear properties of reinforced conrete (RC) beam strengthened with carbon fibre reinforced polymer (CFRP)
240. 
Cover image for Struktur konkrit pratuang : kajian kes di negeri Selangor
241. 
Cover image for The experimental study of bonding strength between Carbon Fibre Reinforced plastic (CFRP) and concrete
242. 
Cover image for Proceeding of FRPRCS-5: fibre-reinforced plastics for reinforced concrete structures
243. 
Cover image for Fiber optic sensor in reinforcement concrete corrosion monitoring
244. 
Cover image for Flexural behaviour and durability of glass fibre reinforced
245. 
Cover image for Sifat-sifat simen bertetulang gentian
246. 
Cover image for Pengolahan fizikal air larut lesap dari tapak pelupusan sampah : kajian kes menggunakan kaedah pengudaraan ... [et al.]
247. 
Cover image for Flexural behaviour and durability of glass fibre reinforced
248. 
Cover image for Kelakuan jangka masa panjang untuk atap genting bergentian
249. 
Cover image for Sifat-sifat simen bertetulang gentian
250. 
Cover image for Strengthening of reinforced concrete structures : using externally-bonded FRP composites in structural and civil engineering
251. 
Cover image for Analisis pungutan pepejal di Johor Bahru ... [et al.]
252. 
Cover image for Effect of curing conditions on the tensile behavior of fibre cement composites
253. 
Cover image for Kajian literatur panel papak rencam ... [et al.]
254. 
Cover image for Penjanaan perjalanan ke masjid untuk solat jumaat
255. 
Cover image for Hull design of dual function military craft using glass fibre-reinforced plastics
256. 
Cover image for Kesan jenis gentian terhadap keliatan patah prisma konkrit
257. 
Cover image for Kesan jenis gentian terhadap keliatan patah bagi prisma konkrit
258. 
Cover image for Ujikaji sifat-sifat mekanisme tendon prategasan gentian plastik karbon ... [et al.]
259. 
Cover image for Ujikaji sifat-sifat mekanisme tendon prategasan gentian plastik karbon
260. 
Cover image for Penaksiran dan baikpulih kerosakan struktur konkrit akibat pengaratan tetulang ... [et al.]
261. 
Cover image for Konkrit bertetulang gentian
262. 
Cover image for Konkrit bertetulang gentian
263. 
Cover image for Sifat-sifat kekuatan konkrit bergentian polipropilena
264. 
Cover image for Kekuatan hentaman bagi konkrit bertetulang gentian poliprolena
265. 
Cover image for Ciri-ciri kekuatan konkrit bergentian polipropilena
266. 
Cover image for Kekuatan hentaman bagi konkrit bertetulang gentian polipropilena
267. 
Cover image for High performance fiber reinforced cement composites 2
268. 
Cover image for Keselamatan dan kesihatan di tapak pembinaan; Kajian blok konkrit ringan menggunakan bahan tempatan; Keselamatan dan kesihatan di tapak pembinaan; Gayalaku tiang dengan kekuatan konkrit yang berbeza di sepanjang ketinggiannya; Kekuatan hentaman bagi konkrit bertetulang gentian polipropilena
269. 
Cover image for Pengurusan bahan binaan; Ujian pengecutan pengeringan dan kebolehtelapan untuk gunite; Sifat-sifat kekuatan konkrit bergentian polipropilena; Rumah berkerangka keluli : inovasi baru dalam pembinaan rumah di Malaysia
270. 
Cover image for Analisis tegasan bebas di sekitar lubang pada plat; Ciri-ciri kekuatan konkrit bergentian polipropilena; Pengurusan kewangan dalam kerja pembinaan; Ujikaji bagi rasuk konkrit prategangan berpenyokong mudah; Analisis dan rekabentuk struktur konkrit prategasan berbentuk silinder
271. 
Cover image for Concretes with dispersed reinforcement
272. 
Cover image for Sifat-sifat konkrit bertetulang gentian keluli
273. 
Cover image for Sifat-sifat konkrit bertetulangkan gentian keluli
274. 
Cover image for Blok konkrit bertetulang gentian
275. 
Cover image for Blok konkrit bertetulang gentian
276. 
Cover image for Konkrit berkekuatan tinggi : penggunaan abu sekam padi dan wasap silika; Blok konkrit bertetulang gentian; Rekabentuk semula bangunan yang gagal dengan membandingkan CP 110 dengan BS 8110; Konkrit berkekuatan tinggi penggunaan wasap silika dan abu sekam padi
277. 
Cover image for Rekabentuk struktur batu-bata galas beban menggunakan perisian 'spreadsheet'; Struktur konkrit bertetulang luaran : kelakuan lenturan rasuk; Rekabentuk struktur blok konkrit galas beban menggunakan perisian 'spreadsheet'; Sifat-sifat konkrit bertetulangkan gentian keluli; Sifat-sifat konkrit bertetulang gentian keluli
278. 
Cover image for Kajian kelasakan atap genting konkrit bertetulang gentian polipropelena
279. 
Cover image for Hubungan antara keputusan ujian beban titik dengan keputusan ujian mampatan sepaksi ; Kajian kelasakan atap genting konkrit bertetulang gentian polipropelena ; Hubungan antara keputusan ujian beban titik dengan keputusan ujian mampatan sepaksi ; Rekabentuk struktur tiub ; Kajian hidrologi ke atas tapak projek hutan lipur ; Sistem maklumat untuk perancangan pengawalan banjir dan pencemaran kualiti air di kawasan berpenduduk padat ; Kelakunan puntiran papak pengganding struktur berteras ; Analisis dan rekabentuk kerangka portal tak simetri ruang berbilang ; Kekuatan riceh tanah termampat biasa dan dimantap dengan simen
280. 
Cover image for Fibre reinforced cement and concrete : proceedings of the Fourth RILEM International symposium
281. 
Cover image for Kajian awal bagi kekuatan kepingan nipis konkrit bertetulangkan habuk kayu
282. 
Cover image for Kajian kelasakan atap genting konkrit bertetulang gentian polipropelena
283. 
Cover image for Kajian awal kekuatan kepingan nipis komposit konkrit dengan habuk kayu
284. 
Cover image for Kelakuan pengukuhan tanah lampai lombong
285. 
Cover image for Konkrit bertetulang gentian
286. 
Cover image for Fibre cement flue pipes, fittings and terminals
287. 
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