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Issue Date	Title	Author(s)
2020	Behavior of Single Pile Subjected to Dynamic Loading in Gypseous Soil	نور ضياء عبد
2022	ABSTRACT In order to have best performance of leaf spring, a study was conducted to replace the conventional steel leaf spring that used in vehicle by composite materials. This thesis focused on describe about design and analysis of hybrid composite leaf spring. A rear leaf spring for a "Toyota" is regarded for this purpose, and three materials are employed to fabricate the leaf springs. The matrix material was epoxy, while the reinforced materials were E-glass and carbon. Composite materials have a good corrosion resistance, a high strength to weight ratio, and high elastic strain energy storage capacity. So aim of this research is to investigate the structural properties of a hybrid leaf spring which made of (95% Epoxy with 5% carbon), (95% Epoxy with 5%glass fiber), and (95% Epoxy with 5% of hybrid composite 2.5% of carbon and 2.5% of glass fiber). In this study, Hand Lay-up technique was used in the fabrication of leaf spring due to its advantages (low cost tooling and simplest method) over the other methods. The effectiveness of the proposed composite leaf spring was evaluated by implementing the mechanical tests, which were Tensile, Impact, Hardness, Fatigue, Damping and Flexural. The experimental results recorded an improvement in the mechanical properties when the reinforcing fibers are used as well as the best results were obtained by hybrid reinforcement. Finite Element method was employed based on ANSYS software to simulate the leaf spring part. The linear isotropic model was chosen to determine stresses, deformations, and fatigue life when an internal static load is applied. Finally, the results proved that the hybrid composite materials have the ability to carry the load-applied leaf spring without failure and with minimum deflection and long fatigue life	لونا صباح كريم
2021	Design and Manufacture of Hybrid Composite Leaf Spring	رانية عدوان صبار
2022	Developing the Documentation System for the Construction Project by Using Building Information Modeling	همسة رشيد مجيد
2021	DESIGN A SUSTAINABLE BLAST PROTECTION WALL SYSTEM TO BE USED IN URBAN AREAS	علي غالب ادريس
2021	ESTIMATION OF DAM BREACH PARAMETERS USING DIFFERENT APPROACHES FOR EARTH FILL DAM	اسراء ضياء عبد الرزاق
2021	Effect Of Building Information Modeling on The Building Design in Oil Project Sector	ايفان عماد
2021	Sustainability in Airport Construction Project By Using BIM	فاطمة محمود كريم
2021	Prediction of Cost and Delay of Construction Projects Using Artificial Intelligence Techniques	محمد هادي علي
2021	Contribution of Geothermal Energy for Air Conditioning Applications on Electric Energy Consumption	حازم نجم الدين عبد
2021	DIFFERENT TECHNIQUES IN STRENGTHENING T-REINFORCED CONCRETE BEAMS UNDER NEGATIVE BENDING MOMENTS	الاء قاسم عبد الله
2021	The Effect of Soil Improvements under Road Pavement along Diyala Governorate Highways	عمر احمد عبدالله
2021	Stabilization Performance for Soft Clay Soil Improved by Metakaolin Based Geopolymer	شمس عثمان عبدالكريم
2021	Confinement of Reinforced Concrete Columns with Fiber Reinforced Geopolymer Adhesive Jackets	سيف محمد سلمان
2021	PERFORMANCE OF PILE GROUP UNDER INCLINED CYCLIC LOADING IN SANDY SOIL	رباح ظاهر خوريشد
2021	REINFORCING STRUTS AND TIES IN CONCRETE RING DEEP BEAMS BEHAVIOUR AND STRENGTH	وسام حازم خليل
2021	STABILITY OF SMALL HYDRAULIC STRUCTURES UNDER SEISMIC LOAD	عبد الله صالح نصيف
2021	FLEXURAL BEHAVIOR OF CONCRETE BEAMS REINFORCED WITH STEEL PLATES AS MAIN REINFORCEMENT	خالد ابراهيم قدوري
2021	CUMULATIVE FATIGUE DAMAGE OF AA7075- T6 UNDER DIFFERENT SURFACE TREATMENTS	مروة ساجد محمد
2021	The integration of Risk management and BIM to Manage the duration of construction projects	نور حيدر كاظم