{"id":578,"date":"2016-04-19T01:32:37","date_gmt":"2016-04-19T01:32:37","guid":{"rendered":"https:\/\/civil.utm.my\/ethesis\/?page_id=578"},"modified":"2016-11-23T01:31:04","modified_gmt":"2016-11-23T01:31:04","slug":"2013-2","status":"publish","type":"page","link":"https:\/\/civil.utm.my\/ethesis\/ugfyp\/structure-and-materials\/2013-2\/","title":{"rendered":"UG SM 2013"},"content":{"rendered":"

Updated : 20\/04\/2016<\/em><\/span><\/p>\n

    \n
  1. A Study On The Physical And Mechanical Properties Of Unburned Clay-Brick : Helen Jati Bujang<\/li>\n
  2. Analisis Dan Reka Bentuk Tembok Penahan Cerun Terstabil Mekanikal Gabion : Abdul Rahman Mohamad Safuan<\/li>\n
  3. Analisis Dan Rekabentuk Asas Blok Mesin Berputar : Muhamad Shiham Mohd. Zawawi<\/li>\n
  4. Analisis Dan Rekabentuk Keluli Asas Plat Berpandukan Eurocode 3 Berbantukan Komputer (C) : Fairuz Mohamad Tamsol<\/li>\n
  5. Analisis Dan Rekabentuk Tembok Penahan Gabion : Abdul Ghani Lotfi Abdul Razak<\/li>\n
  6. Analisis Kerangka Portal Keluli Bersambungan Separa Tegar Menggunakan Kaedah Kekukuhan : Muhammad Najmi Md. Zaini<\/li>\n
  7. Analisis Kerangka Portal Komposit Keluli-Konkrit Bersambung Separa Tegar Menggunakan Kaedah Kekukuhan : Shah Farzat Fukhry Saharudin<\/li>\n
  8. Analisis Sambungan Tiang Rasuk Keluli Terbentuk Sejuk Menggunakan Kaedah Unsur Terhingga : Fadzillatul Nadia Hazmi<\/li>\n
  9. Analisis Terhadap Sambungan Keluli Terbentuk Sejuk Tiang Rasuk Menggunakan Perisian LUSAS : Nur Afifah Mohd. Kamil<\/li>\n
  10. Analysis And Design Of Strap Footing Using Excel Spreadsheet : Hamdi Abdulrahman Saif Salem<\/li>\n
  11. Analysis Of Perforated Column Stud Using Cold Formed C-Channel Under Axial Compression : Mohd. Fairiey Izwan Azazi<\/li>\n
  12. Analytical Investigation On Strength And Stiffness Of Bolted Top-Seat Angle Connection In Steel Structures : Mohamad Asyraf Mohamad Kamali<\/li>\n
  13. Analytical Study Of Blind Bolted End-Plate Connection On Structural Hollow Section Using The Component Method : Chan Chyun Sheng<\/li>\n
  14. Behaviour And Load Bearing Capacity Of Composite Slab Enhanced With Shear Screws-Finite Element Analysis Approach : Muhammad Syafiq Mohd. Sofian<\/li>\n
  15. Behaviour Of Permanent Precast Formwork Beams Under Four Points Bending Test : Mohd. Syafiee Izuddin Mohd. Hanan<\/li>\n
  16. Behaviour Of Steel Strapping Tensioning Technique Confined High Strength Concrete Column With Optimum Lateral Pre-Tensioning Stress Under Uniaxial Cyclic Compression Load (RESTRICTED) : Ong Choon Kian<\/li>\n
  17. Characteristics Of Ferrocement Encased Aerated Concrete Sandwich Cube : Yaseen Ahmed Mohammed Qasem<\/li>\n
  18. Coefficients Of Thermal Expansion And Thermal Twist Of Laminated Fiber Reinforced Composite Plate : Liban Ahmed Mohamed<\/li>\n
  19. Computerised Design Of Two Span Composite I-Girder Bridge : Yan Kim Leong<\/li>\n
  20. Computerized Design Of Post Tensioned Beam Based On Eurocode : Norlin Jamaludin<\/li>\n
  21. Concrete Strength Assesment By Micro Coring Method : Mohd. Isa Mohd. Jaafar<\/li>\n
  22. Conventional Segmental Retaining Wall Analysis And Design : Mohd. Hazwan Hamzah<\/li>\n
  23. Corrosion Modeling By Using Power Law Principle : Mohd. Nur Ridzuan Kamarudin<\/li>\n
  24. Deformation Behaviour Of Glass Fibre Reinforced Concrete Containing Palm Oil Fuel Ash : Khoo Yan Yuan<\/li>\n
  25. Design Concept Of Facilities For Equine Center : Muhammad Hafiz Mohd. Zaidi<\/li>\n
  26. Design Of Elastic Beam To Resist Sudden Load : Ahmed Saleh Saleh Alraeeini<\/li>\n
  27. Design Requirements For Equestrian Arena : Nadiah Bahari<\/li>\n
  28. Detailing Of Reinforcement At Beam-Edge Column Connection : Mohammed Ahmed Ghaleb Abdullziz<\/li>\n
  29. Determination Of An Optimum Content Of Glass Fibre For Mortar Design : Mohd. Fadzli Abd. Halim<\/li>\n
  30. Determination Of Pullout Capacity Of Steel Bar Embedded Into Concrete Structure : Ruqaiyyah Megat Saidi<\/li>\n
  31. Development Of MATLAB Source Code For Behaviour Of Bar Element By Using Fourier Series : Azman Arbangi<\/li>\n
  32. Development Of MATLAB Source Coding For Beam-Column Element Using Fourier Series : Ahmad Adib Saaidin<\/li>\n
  33. Development Of MATLAB Source Coding For Dynamics Behaviour Of Spring Mass System Using Fourier Series : Imran Norazmi<\/li>\n
  34. Development Of MATLAB Sourcecoding For Static Behaviour Of Beam Using Fourier Series : Farhan Zuhair Shamsuddin<\/li>\n
  35. Development Of Self-Consolidating High Performance Ternary Blended Concrete : Nor Aishah Abdul Wahid<\/li>\n
  36. Development Of Waste Tyre And Palm Oil Fuel Ash Modified Concrete : Khairol Azhar Nordin<\/li>\n
  37. Durability Of Cement Based Composite Containing Oil Palm Stem Fiber As Reinforcement : Jessica Ellinda Panti Robert Pasang<\/li>\n
  38. Earthquake Data Analysis For Malaysia Due To Far Field Earthquake From Sumatra : Rosnani Mohamed<\/li>\n
  39. Effect Of Defect Reinforcement On The Ultimate Strength Of Reinforced Concrete Corbel : Jasmawani Jamaludin<\/li>\n
  40. Effect Of Joint Roughness On Shear Strength Og Joint In Granite : Lee Yik Yong<\/li>\n
  41. Experimental Failure Mechanism Of Industrialised Building System Blockwork (RESTRICTED) : Ivy Voo Ly Fuei<\/li>\n
  42. Experimental Investigation Of Blind Bolted Extended End-Plate Connection On Square Hollow Section : Chee Wing Sam<\/li>\n
  43. Experimental Investigation Of Blind-Bolted Flush End-Plate Connection On Structural Hollow Section : Sia Pik Tung<\/li>\n
  44. Falls Protection Practices At Construction Site In Malaysia : Anwar Hafiz Mohd. Shahpri<\/li>\n
  45. Finite Element Analysis Of Blind Bolted Flush End-Plate Connection On Square Hollow Section Using ANSYS : Chong Shin Yee<\/li>\n
  46. Finite Element Analysis Of Blind-Bolted Extended End-Plate Connection To Square Hollow Section Using ANSYS : Gan Bee Huay<\/li>\n
  47. Finite Element Analysis On Failure Mechanism Of Industrialised Building System Blockwork (RESTRICTED) : Lee Shu Chi<\/li>\n
  48. Finite Element Of Composite Laminated Plates With Full Interface Degeneration Using Kinematically Consistent Mass Matrix : Wong Chee Yik<\/li>\n
  49. Finite Element Of Composite Laminated Plates With Local Interface Degeneration Using Kinematically Consistent Mass Matrix : Lau Jia Jian<\/li>\n
  50. Finite Element Of Composite Laminated Plates With Local Interface Element Degeneration Using Lumped Mass Matrix : Toh Wee Keng<\/li>\n
  51. Flexural Strength Of Mortar Panel With Kenaf Fiber : Mohd. Farhan Izzat Misar<\/li>\n
  52. Footing Design: Comparison Between British Standard 8110 And Eurocode 2 : Nur’Atiqah Hamzah<\/li>\n
  53. Impact Of Binary Systems Of Metakaolin And Palm Oil Fuel Ash On Mechanical Properties Of Geopolymer Mortar : Hazwani Suzanna Norman<\/li>\n
  54. Influence Of High Percentage Of Ground Granulated Blastfurnace Slag On Workability And Strength Of Concrete : Karen Lee Wei Fun<\/li>\n
  55. Kajian Kaedah Mitigasi Pengaratan Oleh Bakteria Penurun Sulfat (SRB) Menggunakan Teknik Ultraviolet : Muhammad Khairool Fahmy Mohd. Ali<\/li>\n
  56. Kajian Terhadap Kesan Tindakan Ricih Tunggal Keatas Skru Penggerudian Sendiri Pada Keluli Terbentuk Sejuk : Mohammad Iqbal Shah Harsad<\/li>\n
  57. Kekuatan Ikatan Antara Fiber Bertulang Fiber (FRP) Dan Grout : Nur Adilah Ahmad Kamil<\/li>\n
  58. Kekuatan Konkrit Dan Sifat – Sifat Agregat Granit Dari Kuari Yang Berlainan Di Negeri Perak : Hasni Zainudin<\/li>\n
  59. Kelakuan Panel Konkrit Pratuang Bertetulang FRP : Fazira Wan Ahmad<\/li>\n
  60. Kelakunan Bata Tanpa Bakar Menggunakan Campuran Simen Dan Abu Terbang (Fly Ash) : Norahaszelida Mustafa<\/li>\n
  61. Kesan Panel Plywood Yang Diliputi Dengan Bahan Terbuang Sebagai Penutup Permukaan Ke Atas Pengurangan Bunyi : Faerdaus Rohaizad<\/li>\n
  62. Kesan Penutup Konkrit Dan Pendedahan Terhadap Pengaratan (B+) : Nurhaliza Mohd. Yusof<\/li>\n
  63. Kesan Saiz Agregat Granit Terhadap Kekuatan Konkrit : Mohad ‘Fedder Musa<\/li>\n
  64. Kesan Sifat Gentian Sabut Kelapa, Tali Rafia Dan Bulu Kejur Ke Dalam Perekat Simen : Mohammad Zulkirnai Hj. Jamal<\/li>\n
  65. Kesedaran Tentang Sistem Binaan Berindustri (IBS) : Perbezaan Kos Antara IBS Pra-Tuang Dan Konvensional (B+) : Idayu Mohd. Mahayuddin<\/li>\n
  66. Light Roof Structure Failure Due To Wind Load : Tengku Nur Anisa Tengku Asmara<\/li>\n
  67. Masalah-Masalah Di Tapak Bina Bagi Projek Pembinaan Sekolah Di Negeri Perak (C+) : R. S. Chandrasegaran Subramaniam<\/li>\n
  68. Mechanical And Durability Performance Of Reinforced POFA Concrete Structure : Muhammad Hapiz Uzir<\/li>\n
  69. Mechanical Properties Of 3:1 Cement Sand Ratio Lightweight Foamed Concrete Interact With Cold Formed Steel : Nurul Noraziemah Mohd. Pauzi<\/li>\n
  70. Mechanical Properties Of 4:1 Cement Sand Ratio Foamed Concrete Interact With Cold Formed Steel : Izyan Syahirah Hasanuddin<\/li>\n
  71. Mechanical Properties Of 5:1 Cement-Sand Ratio Lightweight Foamed Concrete Interact With Cold Formed Steel : Nor Inayah Shahidan<\/li>\n
  72. Mechanical Properties Of Concrete With Bottom Ash As Partial Replacement For Coarse Aggregate : Nurul Atikah Mohd. Roslan<\/li>\n
  73. Mechanical Properties Of Concrete With Partial Replacement Of Bottom Ash For Coarse Aggregate : Mohamad Hishamuddin Kadir<\/li>\n
  74. Mechanical Properties Of Hybrid Fibre Reinforced Composite Concrete : Aminuddin Jameran<\/li>\n
  75. Mengkaji Dan Mengadaptasikan Penggunaan Ujian Tukul Pantulan (Rebound Schmidt Hammer Test) (C+) : Jessie A. Lojuntin<\/li>\n
  76. Merekabentuk Susun Atur Terminal Petroleum Marin : Mohd. Afendi Ariff<\/li>\n
  77. Minyak Enjin Terpakai Dirawat Sebagai Bahan Tambah Kimia Dalam Bancuhan Konkrit : Mohd. Amirul Amin Jamaludin<\/li>\n
  78. Mitigation Of Progressive Collapse By The Column Removal Method (By Using Demand Capacity Ratio 2.0) : Nor Aisyah Abdul Rahim<\/li>\n
  79. Mitigation Of Progressive Collapse By The Column Removal Method (By Using Demand Capacity Ratio 1.0) : Nurhayati Mohd. Jais<\/li>\n
  80. Modelling Of Core Wall By Using A Column System : Zainol Ariffin Bee Sham<\/li>\n
  81. Modelling Of Core Wall By Using Wide Column Analogy : Nur Nabilah Mohd. Nasuha<\/li>\n
  82. New Concept Of Sustainable Design For Horse Stable In Malaysia : Mohd. Hafizi Ab. Hamid<\/li>\n
  83. Panel Mortar Bertetulang Gentian Serat Sabut Kelapa (B-) : Dahlia Dahalan<\/li>\n
  84. Pembangunan Sistem Penyimpanan Dokumen Dalam Kejuruteraan Forensik : Yasmin Hadiyah Yyuri<\/li>\n
  85. Pembinaan Carta Rekabentuk Analisis Plastik Dan Analisis Elastik Bagi Kerangka Portal : Wan Norsafiah Wan Nong<\/li>\n
  86. Penentuan Luas Berkesan Keratan Langsing Berdasarkan Ujian Mampatan : Nur Zakiah Mokhtar<\/li>\n
  87. Pengunaan Sisa Serbuk Bulu Kaca Sebagai Bahan Penganti Simen Dalam Konkrit : Muhammad Hafiz Baharun @ Baharuddin<\/li>\n
  88. Penilaian Lengkokan Kilasan Sisi Rasuk Keluli Berpandukan Eurocode 3 (B+) : Ermiey Azid<\/li>\n
  89. Penyerapan Bunyi Oleh Panel Plywood Dilitupi Bahan Terbuang : Wan Amira Wan Amran<\/li>\n
  90. Perbandingan Kekuatan Ikatan Antara FRP Dan Keluli Terhadap Konkrit : Muhammad Firdaus Salihin Abdul Rahman<\/li>\n
  91. Perbandingan Kesan Beban Trafik Dari Pelbagai Kod Terhadap Rekabentuk Jambatan : Mohd. Faqih Ab. Aziz<\/li>\n
  92. Perception On Industrialised Building System (IBS): A Case Study In Sarawak : Whitney Paula Ronald<\/li>\n
  93. Performance Of High Strength Concrete Column Confined By Steel Strapping Tensioning Technique With Varying Lateral Pre-Tensioning Stress (RESTRICTED) : Bee Meng Wei<\/li>\n
  94. Performance Of High Strength Concrete Column Confined By Steel Strapping Tensioning Technique With Varying Lateral Pre-Tensioning Stress (RESTRICTED) : Woon Wai Jack<\/li>\n
  95. Performance Of Rectangular High Strength Concrete Section Confined Using Steel-Strapping Tentioning Technique (RESTRICTED) : Ooi Chi Hui<\/li>\n
  96. Performance Of Square High Strength Concrete Specimens Using Steel Strapping Tensioning Technique (RESTRICTED) : Chin Tian Xian<\/li>\n
  97. Performance Of Starch Cement Concrete : Zaffrul Izuan Ahmad Rusli<\/li>\n
  98. Performance Properties Of Concrete With Bottom Ash As Partial Replacement For Coarse Aggregate : Mohd. Faizzuddin Mohd. Faisal<\/li>\n
  99. Performance Properties Of Concrete With Bottom Ash As Partial Replacement For Coarse Aggregate : Muhamad Azree Zahir<\/li>\n
  100. Pile Cap Design : Comparison Between British Standard (BS 8110) And Eurocode 2 (EC2) : Nursyahira Mohd. Sharif<\/li>\n
  101. Prediction Of Noise From Construction Site By Considering The Variability Of Noise Sources : Nur Ain Abdul Kadir<\/li>\n
  102. Preliminary Study On The Behaviour Of Ferrocement-Cold Formed Steel Composite Column : Elisa Eligius Samuel<\/li>\n
  103. Preliminary Study On The Behaviour Of Ferrocement-Cold Formed Steel Composite Beam : Nik Nurul Fazliana Dunnia<\/li>\n
  104. Preliminary Study On The Behaviour Of Ferrocement-Cold Formed Steel Composite Beam : Nur Assilla Shaeera Ariffin<\/li>\n
  105. Reinforced Soil Segmental Retaining Wall Analysis And Design : Muhammad Rohaizan Md. Roduan<\/li>\n
  106. Rekabentuk Asas Blok Konkrit Untuk Turbin : Muhammad Uwais Abdul Rashid<\/li>\n
  107. Safety Requirements In Equestrian Center : Nabihah Hannan Mohd. Noor Shah<\/li>\n
  108. Sambungan Kayu Menggunakan Papan Lapis Dan Paku Tembak (B+) : Shahriman Che Rodi<\/li>\n
  109. Sambungan Rasuk Ke Tiang Menggunakan Tendon Untuk Kerangka Konkrit Pratuang : Ahmad Faisal Mohd. Ghazali<\/li>\n
  110. Sambungan Rasuk Ke Tiang Menggunakan TIE Dalam Kerangka Konkrit Pratuang : Ahmad Imanuddin Md. Akhir<\/li>\n
  111. Seismic Design Criteria For Tunnel Construction In Malaysia : Nursyakirah Ismail<\/li>\n
  112. Shear Behavior Of Permanent Precast Formwork Beams : Muhammad Firdaus Mahadzir<\/li>\n
  113. Stability Of Portal Frame : Tiu Siew Ching<\/li>\n
  114. Strategi Meminimumkan Kelemahan Rekabentuk Struktur Bangunan : Izyan Balqis Abdul Wahab<\/li>\n
  115. Strengthening Of Reinforced Concrete Column By Steel Plates : Aqilah Ahmad Zaini<\/li>\n
  116. Structural Aerated Concrete With Optimum Content Of Aluminum Powder : Siti Rafhanah Haminudin<\/li>\n
  117. Structural Plan Analysis Of Earthquake Resistant Small Model Of Tall Buildings Structural System : Florence Teh Ming Ming<\/li>\n
  118. The Effect Of Intermediate Stiffener On The Behaviour Of Cold-Formed Steel Members In Compression : Humairah Puasa<\/li>\n
  119. The Effect Of Surface Roughness On The Interface Shear Strength Of Precast Glass Fibre Mortar To Concrete Bonding : Mohd. Izzat Mohd. Don<\/li>\n
  120. The Influence Of Holes To The Behaviour Of Cold-Formed Steel Members In Compression : Nor Azwani Hussin<\/li>\n
  121. The Reliability Of Micro Coring On Different Grade Of Concrete : Mohd. Fahmi Mustafa<\/li>\n
  122. The Strength Of Shear Key Connections In Precast Concrete Constructions : Hamid Mansoor Ali Bady<\/li>\n
  123. The Ultimate Loading Capacity Of Trapezoidal Shear Key In Precast Concrete Structure : Khairul Hazman Padil<\/li>\n
  124. Tie Force Method For Progressive Collapse Resistance Of Structure : Ebrahim Abdullah Yahya Alaga’a<\/li>\n
  125. Ujian Makmal Ke Atas Kerangka Satah Keluli Terbentuk Sejuk Berskala Penuh : Muhamad Azaril Amran<\/li>\n
  126. Ujian Makmal Sambungan Skru Keluli Terbentuk Sejuk : Syahrul Nazrain Abdul Rahman<\/li>\n<\/ol>\n","protected":false},"excerpt":{"rendered":"

    Updated : 20\/04\/2016 A Study On The Physical And Mechanical Properties Of Unburned Clay-Brick : Helen Jati Bujang Analisis Dan Reka Bentuk Tembok Penahan Cerun Terstabil Mekanikal Gabion : Abdul Rahman Mohamad Safuan Analisis Dan Rekabentuk Asas Blok Mesin Berputar : Muhamad Shiham Mohd. Zawawi Analisis Dan Rekabentuk Keluli Asas Plat Berpandukan Eurocode 3 Berbantukan […]<\/p>\n","protected":false},"author":243,"featured_media":0,"parent":786,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_et_pb_use_builder":"","_et_pb_old_content":"","_et_gb_content_width":"","footnotes":""},"class_list":["post-578","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/pages\/578","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/users\/243"}],"replies":[{"embeddable":true,"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/comments?post=578"}],"version-history":[{"count":0,"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/pages\/578\/revisions"}],"up":[{"embeddable":true,"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/pages\/786"}],"wp:attachment":[{"href":"https:\/\/civil.utm.my\/ethesis\/wp-json\/wp\/v2\/media?parent=578"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}