البحوث المنشورة – د. مالك نعمة حواس – الكلية التقنية/ المسيب

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1	The Influence of Fluid Viscosity on the Driving Power of a Rotating Working Machine
2	THE INFLUENCE OF THE ROTOR ARCHITECTURE OF A ROTATING WORKING MACHINE ON THE DRIVING POWER
3	Influence of the rotor architecture and of the speed on the volumetric efficiency of a new type of rotating volumetric machine
4	INFLUENCE OF THE PROFILED ROTOR DESIGN ON THE PERFORMANCE OF ROTATING MACHINES
5	THE INFLUENCE OF PARTICLE CONCENTRATION ON THE ENERGETIC PERFORMANCE OF A NEW TYPE OF ROTATING VOLUMETRIC PUMP
6	COMPUTING ELEMENTS OF VISCOUS FRICTION BETWEEN THE ROTOR AND THE CASE TO A ROTATING MACHINE
7	COMPUTING ELEMENTS OF VISCOUS FRICTION BETWEEN THE ROTOR AND THE CASE TO A ROTATING MACHINE
8	Enhancement and Improvement the Quality of Plastic products by Estimating and controlling the effecting design parameters on the Mold
9	EXPLORATION THE EXTRUDABILITY OF ALUMINUM MATRIX COMPOSITE (LM6/TIC) THROUGH MODELING, SIMULATION AND EXPERIMENTAL PROCESS
10	Improving the Efficiency and Performance of Centrifugal Pump through Model Development and Numerical Analysis for the Pump Impeller
11	APPLICATION OF THE PROTECTIVE WAYS ON THE ELECTRO CHEMICAL CORROSION RESISTANCE FOR HIGH CARBON STEEL CK80
12	Research regarding the establishment of effective efficiency for a new type of rotating volumetric pump
13	Improvement The Erosion Resistance of Turbine Blades Using Different Material with Different Surface Treatment
14	Effect of Ageing Time on Adhesive Wear of AL Alloy AA6061-T6
15	Design Sensitivity Analysis and Performance Optimization of Axial Flow Pump

16	THE CORRELATION BETWEEN THE ROTOR SHAPE AND THE ENERGETIC PERFORMANCE OF A ROTATING MACHINE WITH PROFILED ROTORS
17	IMPROVEMENT THE PERFORMANCE AND EFFICIENCY OF TURBOCHARGING SPARK IGNITION ENGINE BY USING BLENDED BIOETHANOL FUEL
18	EXPERIMENTAL RESEARCHES ON THE DETERMINATION OF THE EFFECTIVE EFFICIENCY OF A NEW TYPE OF VOLUMETRIC PUMP WITH PROFILED ROTORS
19	Investigation the effect of different nano materials on the compressive strength of cement mortar