Eitemau Tebyg: STUDY ON DESIGNING OF A RECEIVER SECTION OF A LOW COST PHASED ARRAY RADAR SYSTEM /
- STUDY ON DESIGNING OF TRANSMISSION SECTION OF A LOW COST PHASED ARRAY RADAR SYSTEM /
- ANALYSIS OF RADAR CROSS SECTION (RCS) OF DIFFERENT SHAPE OF TARGETS USING MICROSTRIP ANTENNA IN ORDER TO DESIGN & FABRICATE A PROTOTYPE OF LOW COST PHASED ARRAY RADAR /
- STUDY AND DEVELOPMENT OF MOVING TARGET LOCATION AND RANGE ACQUIRING SYSTEM ALONG WITH GUI TO INCORPORATE IN A PROTOTYPE LOW-COST ACTIVE PHASED ARRAY RADAR /
- ANALYSIS OF RADAR CROSS SECTION (RCS) OF DIFFERENT SHAPE OF TARGETS USING MICROSTRIP ANTENNA IN ORDER TO DESIGN & FABRICATE A LOW COST ACTIVE PHASED ARRAY RADAR /
- STUDY MEASUREMENT AND REDUCTION OF RADAR CROSS SECTION (RCS) /
- ANALYSIS OF RADAR SIGNAL USING MICROSTRIP ANTENNA FOR SELECTING OPTIMUM THRESHOLD IN ORDER TO DESIGN & FABRICATE A PROTOTYPE LOW-COST ACTIVE PHASES ARRAY /
Pwnc: Aeronautical Engineering
- COMPARATIVE STUDY OF SWIRL FLOW & JET FLOW /
- COMPARATIVE STUDY OF AIRCRAFT APPROACH AND LANDING PERFORMANCE USING ILS, MLS AND GLS /
- MANUFACTURE AND MISSION PERFORMANCE ANALYSIS OF SMALL UNMANNED AIRCRAFT’ /
- A COMPARISON OF EXPERIMENTAL WITH SIMULATION EFFECTIVE OF NACA 0012 AIRFOIL WITH BARE /
- EFFECT OF CROSS –SECTIONAL SHAPES ON FREE JET CHARACTERIZATION NUMERICAL AND EXPERIMENTAL INVESTIGATION FEASIBLE AND PERFORMANCE OF DIFFERENT EXHAUST GEOMETRY /
- PROPERTIES OF NATURAL POLYMER MATRIX COMPOSITE WITH VARIOUS FIBER ORIENTATIONS /
Pwnc: This Thesis Paper of AE in B.Sc. Program.
- DESIGN, ANALYSIS AND OPTIMIZATION OF A SMALL UNMANNED AIRCRAFT /
- ANALYSIS OF DESIGN FLAWS IN AN UNMANNED AERIAL VEHICLE (UAV) TARGET DRONE AND FABRICATION, CFD ANALYSIS AND TUNNEL TESTING OF A 3D MODEL POST AMENDMENT /
- DESIGN AND FABRICATION OF A TARGET DRONE /
- SHAPE OPTIMIZATION OF GURNEY FLAP ON AIRFOIL /
- FABRICATION OF AL-6063 METAL MATRIX HYBRID COMPOSITE REINFORCED WITH SIC NANOPARTICALS BY STRI CASTING /
- DESIGN & DEVELOPMENT OF A SOFTWARE TOOL FOR ANALYSIS OF THE CHARACTERISTICS OF INSTRUMENTED RECTILINEAR OPEN LOOP CONTROL SYSTEM /