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BEST FINAL YEAR PROJECT IDEAS OR TITLES


Here listed few design and analyses project titles,

AEROSPACE PROJECTS

CFD & FEA PROJECTS
• OPTIMIZATION IN MICROAERIAL VEHICLE DESIGN FOR HIGHER PERFORMANCE.
• INTERNAL FLOW ANALYSIS IN A JET ENGINE FOR VARIOUS AOA OF AN AIRCRAFT.
• COMPRESSOR DESIGN OPTIMIZATION FOR A HIGH SPEED JET ENGINE.
• OPTIMIZATION IN WING DESIGN FOR FIGHTER AND PASSENGER AIRCRAFT.
• REDUCTION OF DRAG IN A BUGGY CAR MODEL.
• DESIGN AND OPTIMIZATION OF FLOW FIELD IN HEAT EXCHANGER.
• DESIGN AND ANLAYSIS OF DUST COLLECTOR USING CFD.
• ADVANCED DESIGN FOR A TAIL WING FOR BETTER PERFORMANCE.
• DESIGN AND OPTIMIZATION IN AUTOMOTIVE CABIN COOLING.
• REDUCTION OF NOX IN CATALYTIC CONVERTER.
• AIR AND FUEL FLOW INTERACTION IN COMBUSTION CHAMBER FOR VARIOUS INJECTOR LOCATIONS.
• NOZZLE DESIGN OPTIMIZATION FOR TO REDUCE NOISE FOR TURBO JET ENGINE.
• DESIGN AND OPTIMIZATION OF A WING USING SMART MATERIALS.
• COMBUSTION CHAMBER DESIGN STUDY ANALYSIS USING CFD FOR OPERATION CONDITIONS.
• STUDY OF AN AERODYNAMIC BEHAVIOUR OF A CAR FOR VARIOUS DIFFERENT RETRO FITTINGS.
• ESTIMATION OF HEAT TRANSFER PERFORMACE IN A COMBUSTION CHAMBER.
• THERMAL AND STRUCTURAL ANALYSIS FOR TURBINE ENGINE BLADES AT MAXIMUM TEMPERATURE.
• OPTIMIZATION IN PISTON DESIGN FOR HIGH SPEED PISTON USED IN RECIPROCATION ENGINES.
• OPTIMIZATION IN FUSELAGE DESIGN FOR STRESSES CAUSED DUE TO WING AT VARIOUS LOAD CONDITIONS.
• LANDING GEAR STRESS ANALYSIS DURING ROUGH LANDING.
• STRESS ANALYSIS OVER A COMPRESSOR DUE TO EXTERNAL BIRD HIT.
• VIBRATIONAL ANALYSIS OF A WING DURING CURISE SPEED.
• STATIC AND DYNAMIC ANALYSIS FOR A TURBO PROPELLER ENGINE AND ITS OPTIMIZATION
• STATIC AND DYNAMIC ANALYSIS FOR A SWEPT BACK, DIHEDRAL WING AND ITS OPTIMIZATION.
• THERMAL AND IMPACT LOAD ANALYSIS OVER AN RE ENTRY VEHICLE.
• FATIGUE ANALYSIS FOR AN AIRCRAFT TURBINE BLADE FOR SEVERE ALTERNATING LOAD CONDITIONS.
• TRANSIENT DYNAMIC ANALYSIS OF COMPOSITE WING STRUCTURES FOR HIGH SPEED IMPACT.
• THERMO-STRUCTURAL ANALYSIS OF COMPRESSOR CASING IN JET ENGINE AT OPERATING CONDITION.
• NOISE REDUCTION IN COMMERCIAL AIRCRAFTS BY MODELING AND ANALYSIS OF FUSELAGE STRUCTURES.

FLUID STRUCTURE INTERACTION PROJECTS
• FLUTTER ANALYSIS OF AIRCRAFT STRUCTURES TO AVOID VIBRATIONAL FAILURE AT AIRCRAFT MANEUVERING.
• STRUCTURAL ANALYSIS OF AIRCRAFT FRAMES TO REDUCE THE SUDDEN RUPTURE FAILURE OF REPEATED LOADING.
• DESIGN AND ANALYSIS OF MAIN LANDING GEAR STRUCTURE OF A TRANSPORT AIRCRAFT AND FATIGUE LIFE ESTIMATION FOR THE CRITICAL LUG
• HEAT TRANSFER DESIGN OPTIMIZATION FOR OPERATING LOADS USING CFD.
• STRUCTURAL ANALYSIS OF A RE ENTRY CAPSULE DUE TO AERODYNAMIC HEAT THAT PRODUCED DURING ENTRY INTO THE ATMOSPHERIC SPACE.
• STRESS DISTRIBUTION OVER A RE ENTRY VECHILE DUE TO HYPERSONIC SPEED.
• STRUCTURAL ANALYSIS OVER AN AIRCRAFT DUE TO AERODYNAMIC FORCES.
• STRUCTURAL DEFORMATION OF A COMBUSTION CHAMBER DUE TO HIGH TEMPERATURE COMBUSTION GAS AND INFLUENCE OF BYPASS RAM AIR.
• FLUTTER ANALYSING OVER AN AIRCRAFT WING DURING CURISE SPEED.
• STURCTURAL BEHAVIOUR OF AN AIRCRAFT COMPRESSOR BLADE IN HIGH PRESSURE COMPRESSOR SECTION

HYPOTHETICAL PROJECTS
• LOW COST DIRECTIONAL STABILIZER FOR AN AIRCRAFT INSTEAD OF GYRO.
• ADVANCED SOLAR POWER TRANSMISSION WITHOUT MEDIUM FOR A MICRO ARIEAL VEHICLE
• DIRECT TURBINE GAS TEMPERATURE PREDICTION USING ADVANCED THERMOCOUPLE DESIGN.
• AUTOMATION IN LANDING SYSTEM DESIGN FOR A PASSENGER AIRCRAFT TO REDUCE RISK FACTOR DURING LANDING AND TAKEOFF.
• INVISIBLE STEALTH AIRCRAFT WITHOUT CONSIDERING AERODYNAMICS.
• STEALTH AIRCRAFT DESIGN USING ADVANCED COMPOSITE COMPOSITIONS.
• AUTOMATIC CRACK DETECTION AND SELF HEALING IN AN AIRCRAFT STRUCTURES.
• TORQUEMETER DESIGN FOR A TURBO PROP ENGINE USING PIEZO ELECTRIC EFFECT.

 

MECHANICAL PROJECTS TITLES

CFD & FEA PROJECTS

• OPTIMIZATION IN PISTON DESIGN FOR HIGH SPEED ENGINES.
• PRE MANUFACUTURING DESIGN ANALYSIS FOR A CRANK SHAFT CONNECTING ROD ASSEMBLY FOR VARIABLE LOAD CASES USING FEA.
• FORCE TRANSMISSION ANALYSIS IN CONNECTING ROD ASSEMBLY FOR HIGHER EFFICIENCY ENGINES.
• OPTIMIZED MUFFLER DESIGN FOR LESS POLLUTION ENGINES FOR HEAVY VEHICLES.
• AUTOMOBILE MUFFLER DESIGN OPTIMIZATION FOR LESS NOISE ENGINES.
• THERMAL DEFORMATIONS OF BOLTS IN BOILER DESIGN FOR VARIOUS LOAD CONDITIONS.
• RELIABILITY PREDICTION OF GEARS IN G-ROTORS PUMPS.
• ADVANCED ANALYSIS IN WHEEL HUB DESIGN FOR HEAVY DUTY VEHICLES.
• VIBRATIONAL ANALYSIS OVER AN ENGINE MOUNT DURING HEAVY DUTY TRANSPORT.
• TRANSIENT THERMAL AND STATIC STRUCTURAL ANALYSIS IN VARIOUS FIN DESIGNS
• FATIGUE FACTOR EVALUATION FOR A CONNECTING ROD USING ANSYS WB.
• FATIGUE RELIABILITY ANALYSIS OVER A CRANK SHAFT FOR AN ALTERNATIVE LOADS.
• PARAMETRIC DESIGN ANALYSIS FOR A CONNECTING ROD USING ANSYS APDL.
• ESTIMATION OF HEAT TRANSFER PERFORMACE IN A COMBUSTION CHAMBER.
• DESIGN AND OPTIMIZATION OF TURN DISH APPARATUS.
• REDUCTION OF DRAG IN BUGGY CAR MODEL.
• DESIGN AND OPTIMIZATION OF FLOW FIELD IN MUFFLER.
• ADVANCED FIN DESIGN FOR HIGH SPEED ENGINES.
• ADVANCED WIND MILL TOWER DESIGN FOR ENVIRONMENTAL LOADS AT VARIOUS CONDITIONS.
• REDUCTION OF NOX IN CATALYTIC CONVERTOR USING CFD.
• AUTOMOTIVE CABIN DESIGN FOR EFFECTIVE COOLING USING CFD.
• DESIGN AND OPTIMIZATION OF CYCLON SEPARATOR.
• AERODYNAMIC DRAG ANALYSIS OVER A SPORTS VEHICLE DUE TO GUST LOADS.
• COLD FLOW ANALYSIS IN ENGINE CYLINDERS.
• INCREASING THE ENGINE CYLINDER LIFE BY A THERMAL OPTIMIZATION TOOL.
• IMPROVING OF PASSENGER THERMAL COMFORT IN AUTOMOTIVE CABIN COOLING
• OPTIMIZATION OF AUTOMOTIVE HEAD (OR) TAIL LIGHT FOG LAMP HEAT DISSIPATION
• OPTIMIZATION OF FLOW FIELD IN AN FUEL TANK OF AN AUTOMOBILE
• INCREASING THE COOLING EFFICIENCY OF AN BRAKE DISK OF A SEDAN
• REDUCTION OF CAVITATION IN A CENTRIFUGAL PUMP USING CFD
• OPTIMIZATION OF FLOW FIELD IN AN FLUIDIZED BED COMBUSTION CHAMBER
• INCREASING MIXING EFFICIENCY OF A MIXING VESSEL
• REDUCTION NOX EMISSION IN AN CYCLONE FURNACE
• FAILURE ANALYSIS OF PRESSURE VESSEL DESIGN AT HIGH OPERATING LOADING CONDITIONS AS PER ASME STANDARDS.
• THERMO MECHANICAL ANALYSIS OF PRESSURE VESSEL DUE TO HIGH TEMPERATURE DISTRIBUTION AT SKIRT JUNCTIONS.
• DESIGN AND FATIGUE VALIDATION OF UNREINFORCED BELLOWS FOR AXIAL AND TEMPERATURE OPERATING LOADS.
• VIBRATIONAL RESPONSE ANALYSIS OF ENGINE SUPPORT BRACKET TO IDENTIFY THE RESONANCE CONDITIONS.
• SEISMIC ANALYSIS OF MOTOR PUMP SUPPORT FRAME KEPT AT FLOOR LEVEL
• HEAT TRANSFER ANALYSIS OF AFTER TREATMENT SYSTEM OF FOUR STROKE PISTON ENGINE.
• STRUCTURE OPTIMIZATION OF SKID STEEL STRUCTURE FOR VARIOUS LOADING CONDITIONS CONSIDERING UNCERTAINTIES.

HYPOTHETICAL PROJECTS
• SYNTHESIS AND CONSOLIDATION OF NANO – CRYSTALLINE MATERIALS.
• CONTROLLING THE SHELL CRACK REJECTION IN SHELL MOLDING PROCESS.
• SOLAR POWER TRANSMISSION WITHOUT MEDIUM.

These are few readymade projects we have right now for sale. We are keep generating new innovative ideas and projects have been handled by the industry professionals.

If you are in need of best project. Select any from here and contact us immediately.

Ph: 07204643788

Email: aerostarsolutions@gmail.com

All the best!!!

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Posted by on January 31, 2018 in Final Year Projects

 

CFD & FEA Support for Projects


CFD & FEA Support

Image result for fea and cfd simulation

CFD and FEA are the two major CAE domains playing vital role in Research and Development sectors. Most of the R&D industries right behind these fields to freeze their conceptual design before it reaches manufacturing plants. Why CAE is that important?

Its very simple question every CAE engineers should know. Time and Cost arethe major factors. India’s next booming sector after IT is CAE Engineering services. No doubt in that, those who need job in core company and get settle with a handsome salary white collar job, DO CAE…

Here we are to guide you in the right path. We are experienced professionals who spend most of our career in CAE and engaged ourselves in high end CAE analyses.

Those who need CAE support, like CFD, FEA, NVH, Multiphysics, Crash, Acoustics, Thermal, Electro magnetics, Thermoform etc. you name it. We can do it.

Bring your problem to us. We will help you out to solve it.

Contact us, before its tooooooo late.

Email: aerostarsolutions@gmail.com

Ph: 07204643788

 
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Posted by on January 22, 2018 in Final Year Projects

 

Experienced Aerospace Professionals Guidance


What should I do after completing Aerospace Engineering?

Raise the questions to right person who can guide you in right path. This may be the right place for you to enlighten your goals. We are experienced Aerospace professionals guiding fresh engineers coming out of the colleges with Zero knowledge about our Research and Development industries across India.

To get job for Aerospace engineers is not an easier compared to engineers from other stream. We are limited in job opportunities. Based on our experience and knowledge I have listed few job profiles in which aerospace engineers can comfortably suit and start their career.

Design engineers (CAD)
Design Analyst (FEA / CFD)
Aerodynamics Engineer
Structural Engineer
Flight Dynamics engineer
Report Writer (Tech pub)
Service Engineer
Maintenance Engineer
Testing Specialist
Automation Specialist
Transmission Engineer

Not but least Lecturer in any private college.

Please note that above all job profiles are related to core Aerospace Engineering and which are available within India. Those we are pursuing or going to pursue or completed Aerospace engineering decide which is future endeavor and plan/concentrate on those subjects with more care.

For example if you are interest in Aerodynamics engineer. You need to start preparing for those interview question right from second year of your course. Decide your projects accordingly, get a good score in the relevant subjects. Keep updating yourself about the recent trends.

Everything needs hard work. That needs right choice of work.

For any queries please leave us the comments.

 

FEA and CFD Projects for Final Year Students


Its been very wonder to design the physics and get the outcome as we expected.

You are in right Place, Check us other pages to explore our capabilities. We started with bunch of friends doing graduation and now we became an ocean of expertise, almost explored most of the physics in the universe.

If you want CFD or FEA projects or support, Please contact us.

We provide you low cost projects with training which no other centre will imagine to en light students.

Contact: Aathi – 07204643788.

Best of Luck!!!!!!!!!!!!!!!

 
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Posted by on December 15, 2015 in Final Year Projects

 

Best Aeronautical Final Year Projects


AEROSTARS PROJECTS

      

Aerostars Solutions is one of the Best Project Center in India. The one only project center providing Innovative Aeronautical and Mechanical project in reasonable price. The projects are developed by an industrial professionals in industrial standards. We are the only project center supporting for both Undergraduate and Postgraduate students in Aeronautical, Mechanical, Automobile and Production.

We will provide project training for the students who choose us for there final year projects. So that the students can shine in there future. The only thing you have to do is just contact us. Then we will take care everything about your project. 

                                           !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!That is for sure!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

 

FINAL YEAR PROJECT


NEW FINAL YEAR PROJECTS 

New Projects for UG and PG students for very less cost.

  • MODELING AND SIMULATION OF AUTOMOBILE BRAKING SYSTEM
  • FINITE ELEMENT ANALYSIS OF THE CLASSIC BICYCLE WHEEL
  • MODELING & STRUCTURAL ANALYSIS OF REAR AXLE CASING OF TRACTOR CPC0042
  • MODELING & STRUCTURAL ANALYSIS OF CAMSHAFT OF LOCOMOTIVES
  • DESIGN AND ANALYSIS OF TURBINE CPC0040 DESIGN AND ANALYSIS OF ROCKER ARM
  • STRESS ANALYSIS OF HELICAL STRAIGHT BEVEL GEAR
  • DESIGN MODIFICATION AND ANALYSIS OF TWO WHEELER COOLING PINS
  • ANALYSIS AND DESIGN MODIFICATION OF MOTOR CYCLE WHEEL SPOKES
  • THERMAL ANALYSIS OF CYLINDER HEAD GASKET
  • COUPLED STRUCTURAL AND THERMAL ANALYSIS OF A SIMPLE STEEL LINK
  • FLUID FLOW AND TEMPERATURE DISTRIBUTION IN RADIATORS USED IN AUTOMOBILES
  • EFFECT OF AERODYNAMIC FORCE ON AIRCRAFT BODY
  • DESIGN AND ANALYSIS OF FLANGE COUPLING IN POWER TRANSMISSION
  • DESIGN AND SYSTEMATIC ANALYSIS OF TELESCOPIC SHOCK ABSORBER
  • SYNTHESIS AND CONSOLIDATION OF NANO – CRYSTALLINE MATERIALS
  • SIMULATION OF COMBUSTION IN GAS TURBINE ENGINE.

Project Completion Duration: 2-4 Weeks

!!!!!!!!!!!!!!!!!!!   Hurry For the Best Project     !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

 

 
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Posted by on September 24, 2013 in Final Year Projects

 

Hyundai i10 2013 Model


Hyundai’s i10 may no longer be the massive seller that it once was, but that could change with the arrival of the new model in September 2013. Spied testing near Chennai, the new car (codename: BA) appears to be both longer and wider than the current i10, which points to a more spacious cabin. The camouflaged test car’s swept-back headlamps, hexagonal cues in the region of the front grille and rising shoulder line also hint that the new i10 will conform to Hyundai’s ‘Fluidic Sculpture’ design language. Engine options will include the variable valve timing-equipped 1.2-litre Kappa petrol motor from the current i10 and also a new 1.0-litre petrol unit from the same engine family. But what will seriously boost the i10’s appeal is the new 1.1-litre common-rail diesel engine currently under-development at Hyundai. A lengthy features list and competitive pricing should mark this out as one of the cars to wait for in 2013. A compact saloon based on the new i10 is also believed to be under development.

FACTFILE
Engine: 1.0-litre petrol, 1.2-litre petrol, 1.1-litre diesel
Power/torque: NA, 79bhp/11.4kgm, NA
Kerb weight: NA
L/W/H: NA
Expected: September 2013