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CHECK OUT WHY HATCHBACKS HAVE REAR WINDOW WIPER BUT SEDANS DON’T !!! Rear wipers are essentially meant for vehicles with an upright rear window that collects dust, dirt, snow, etc., because of aerodynamics – the flow of air over the right angle where the roof and rear window meet creates a low pressure area that pulls that nasty stuff in and deposits it onto the surface. Sedans, with their sloped roofline rely on that same flow of air – this time over the roof and down the window to keep it clean. Adding a wiper would create more aerodynamic drag creating slightly more fuel use. A wiper also requires an electric motor and a fairly convoluted mechanism and lengthy arm to make the wiper sweep across the glass from side to side. SUVs/hatchbacks with window right at the rear has nearly vertical windows, but not the trunk to guide the airflow. It has a low-pressure zone right in that area when it’s moving at speed, which will “suck in” water and dirt and thus make the window very dirty. This is totally based on the concept of aerodynamics !

Mechanical engineering projects lists

THERMAL

1.Thermal analysis of a piston
2. Thermal analysis of a connecting rod
3. Thermal analysis of a radial engine
4. Thermal analysis of a in line 4-cylinder engine
5. Thermal analysis of a 4 stroke rc aero space engine
6. Thermal analysis of a gas turbine rotar blade
7. Thermal analysis of a v12 engine
8. Thermal analysis of a disk brake
9. Thermal analysis of a drum brake

AUTOMOBILE
Design of a single plate clutch
2. Design of a centrifugal plate clutch
3. Design and analysis of a drum brake
4. Design and analysis of a disc brake
5. Design and analysis of a wagon WHEEL and track
6. Design of a craburetor
7. Design and analysis of a alloy wheels
8. Modelling and analysis of a 2-stage reduciton gearbox

ENGINES
1.Design of a Horizontal Beam engine
2. Design of a Kimble engine
3. Design of a Sterling engine
4. Design of a Vertical steam engine
5. Degine and analysis of a in line 4 cylinder engine
6. Design and analysis of a V12 eingine
7. Design and analysis of a Radial eingine
8. Design of a JET engine
GENERAL PROJECTS
1. Design and analysis of a Vertical axis Wind turbine
2. Modelling and simulation of marine propeller
3. CFD analysis of Double pipe parallel flow heat exchanger
4. Design and analysis on drill bit
5. Design and analysis of a crane hook
6. Product development using RPDT (REVERSE ENGINEERING ).
7.Design and analysis of a WATER jet nozzle
8. Design of a Robatic arm
9. Thermal buckling of a plate 2d finite element analysis
10. Prevention of cracks in FRP composites
11. Modelling and analysis of a CNC milling machine BED with composite material
12. CFD analysis of a SOLAR absorber plate using ANSYS
13. Design and analysis of helical spring in two wheeler suspension system
14. Evalution of wear properties of jute fiber rein forced polyster composites 15. Evaluiton of effective thermal conductivity of insulating material using ANSYS

DESIGN AND ANALYSIS PROJECTS

1.Analysis & Optimization of Connecting Rod
2. Cutting Tool with Multi-Coatings
3. Analysis of Connecting Rod under Different Loading Condition Using Ansys Software
4. Non-Linear Static Buckling Analysis of Fuselage Stringer
5. Buckling Analysis of Aircraft Fuselage Panel:
6. Modeling and Transient Thermal Analysis of Honeycomb Structure
7. Analysis over Aircraft Emphanage
8. Design and Analysis of Rotar Blade for A Light Helicopter
9. Modal Analysis Shaft.
10. Design and Analysis of a Shock Absorber
11. Design and Analysis of Aircraft Truss Using Ansys
12. Design Of Helicopter’s Co-Axial Rotar Using Catia V5
13. Design and Analysis of Aircraft Fuselage Semimonocoque Structure
14. Design and Analysis of Collective Bell Control Used For Helicopter
15. Design and Analysis of Disc Brake Rotor

THERMAL ANALYSIS PROJECTS
1. Designing Of Piston And Analysis With Different Materials Subjected To Thermal Analysis
2. Ultra High Temperature Ceramics For Hypersonic Vehicle Applications Especially Missile Nose Cones
3. Enhanced Active Cooling Of High Power Led Light Sources By Utilizing Shrouds And Radial Fins
4. AFundamentallyNew Approach To Air-Cooled Heat Exchangers
5. Boiler Burner And Fuel Firing System
6. Study On Coal Pulverizes
7. Evaluation of Coefficient of Performance of a Vapour Compression Refrigeration System with Change in Length of Condenser.
8. Boiler Control Using Microcontroller
9. Effects Of Different Fuels On A Turbocharged, Direct Injection, Spark Ignition Engine
10. Investigation Of Ejector Re-Compression Absorption Refrigeration Cycle
11. Solar Cooking: The Development Of A Thermal Batter
12. Solar-Thermal Hybridization Of Advanced Zero Emissions Power Plants
13. Thermal Desalination: Structural Optimization And Integration In Clean Power And Water
14. Waste Heat Recovery In Automobile Engines Potential Solutions And Benefits
15. Thermoacoustic Refrigeration
16. Fatigue Behavior And LifePredictions Of Forged Steel And Powder Metal Connecting Rods.
17. Design Of A Large Transportable Vacuum Insulated Cryogenic Vessel Along With Thermal Insulation.
18. Fundamental Principles Of Structural Behavior Under Thermal Effects
19. Alternative Cooling and Mounting Concepts for Transition Duct in Industrial Gas Turbines.
20. Performance of an Iced Aircraft Wing.
21. Feasibility Study Of Heat Driven Cooling Based Thermal Energy Storage.
22. Computational Study on Supercritical Aerofoil.
23. Method Development for Investigation of Real Effects on Flow around Vanes.
24. High Efficiency Radiator Design for Advanced Coolant
25. Jet Noise Reduction Technology Development
26. Analysis of Liquid Hydrogen Turbine Inlet Manifold.THERMAL
1.Thermal analysis of a piston
2. Thermal analysis of a connecting rod
3. Thermal analysis of a radial engine
4. Thermal analysis of a in line 4-cylinder engine
5. Thermal analysis of a 4 stroke rc aero space engine
6. Thermal analysis of a gas turbine rotar blade
7. Thermal analysis of a v12 engine
8. Thermal analysis of a disk brake
9. Thermal analysis of a drum brake

AUTOMOBILE
Design of a single plate clutch
2. Design of a centrifugal plate clutch
3. Design and analysis of a drum brake
4. Design and analysis of a disc brake
5. Design and analysis of a wagon WHEEL and track
6. Design of a craburetor
7. Design and analysis of a alloy wheels
8. Modelling and analysis of a 2-stage reduciton gearbox

ENGINES
1.Design of a Horizontal Beam engine
2. Design of a Kimble engine
3. Design of a Sterling engine
4. Design of a Vertical steam engine
5. Degine and analysis of a in line 4 cylinder engine
6. Design and analysis of a V12 eingine
7. Design and analysis of a Radial eingine
8. Design of a JET engine
GENERAL PROJECTS
1. Design and analysis of a Vertical axis Wind turbine
2. Modelling and simulation of marine propeller
3. CFD analysis of Double pipe parallel flow heat exchanger
4. Design and analysis on drill bit
5. Design and analysis of a crane hook
6. Product development using RPDT (REVERSE ENGINEERING ).
7.Design and analysis of a WATER jet nozzle
8. Design of a Robatic arm
9. Thermal buckling of a plate 2d finite element analysis
10. Prevention of cracks in FRP composites
11. Modelling and analysis of a CNC milling machine BED with composite material
12. CFD analysis of a SOLAR absorber plate using ANSYS
13. Design and analysis of helical spring in two wheeler suspension system
14. Evalution of wear properties of jute fiber rein forced polyster composites 15. Evaluiton of effective thermal conductivity of insulating material using ANSYS

DESIGN AND ANALYSIS PROJECTS

1.Analysis & Optimization of Connecting Rod
2. Cutting Tool with Multi-Coatings
3. Analysis of Connecting Rod under Different Loading Condition Using Ansys Software
4. Non-Linear Static Buckling Analysis of Fuselage Stringer
5. Buckling Analysis of Aircraft Fuselage Panel:
6. Modeling and Transient Thermal Analysis of Honeycomb Structure
7. Analysis over Aircraft Emphanage
8. Design and Analysis of Rotar Blade for A Light Helicopter
9. Modal Analysis Shaft.
10. Design and Analysis of a Shock Absorber
11. Design and Analysis of Aircraft Truss Using Ansys
12. Design Of Helicopter’s Co-Axial Rotar Using Catia V5
13. Design and Analysis of Aircraft Fuselage Semimonocoque Structure
14. Design and Analysis of Collective Bell Control Used For Helicopter
15. Design and Analysis of Disc Brake Rotor

THERMAL ANALYSIS PROJECTS
1. Designing Of Piston And Analysis With Different Materials Subjected To Thermal Analysis
2. Ultra High Temperature Ceramics For Hypersonic Vehicle Applications Especially Missile Nose Cones
3. Enhanced Active Cooling Of High Power Led Light Sources By Utilizing Shrouds And Radial Fins
4. AFundamentallyNew Approach To Air-Cooled Heat Exchangers
5. Boiler Burner And Fuel Firing System
6. Study On Coal Pulverizes
7. Evaluation of Coefficient of Performance of a Vapour Compression Refrigeration System with Change in Length of Condenser.
8. Boiler Control Using Microcontroller
9. Effects Of Different Fuels On A Turbocharged, Direct Injection, Spark Ignition Engine
10. Investigation Of Ejector Re-Compression Absorption Refrigeration Cycle
11. Solar Cooking: The Development Of A Thermal Batter
12. Solar-Thermal Hybridization Of Advanced Zero Emissions Power Plants
13. Thermal Desalination: Structural Optimization And Integration In Clean Power And Water
14. Waste Heat Recovery In Automobile Engines Potential Solutions And Benefits
15. Thermoacoustic Refrigeration
16. Fatigue Behavior And LifePredictions Of Forged Steel And Powder Metal Connecting Rods.
17. Design Of A Large Transportable Vacuum Insulated Cryogenic Vessel Along With Thermal Insulation.
18. Fundamental Principles Of Structural Behavior Under Thermal Effects
19. Alternative Cooling and Mounting Concepts for Transition Duct in Industrial Gas Turbines.
20. Performance of an Iced Aircraft Wing.
21. Feasibility Study Of Heat Driven Cooling Based Thermal Energy Storage.
22. Computational Study on Supercritical Aerofoil.
23. Method Development for Investigation of Real Effects on Flow around Vanes.
24. High Efficiency Radiator Design for Advanced Coolant
25. Jet Noise Reduction Technology Development
26. Analysis of Liquid Hydrogen Turbine Inlet Manifold.

Mechanical engineering projects lists

THERMAL

1.Thermal analysis of a piston
2. Thermal analysis of a connecting rod
3. Thermal analysis of a radial engine
4. Thermal analysis of a in line 4-cylinder engine
5. Thermal analysis of a 4 stroke rc aero space engine
6. Thermal analysis of a gas turbine rotar blade
7. Thermal analysis of a v12 engine
8. Thermal analysis of a disk brake
9. Thermal analysis of a drum brake

AUTOMOBILE
Design of a single plate clutch
2. Design of a centrifugal plate clutch
3. Design and analysis of a drum brake
4. Design and analysis of a disc brake
5. Design and analysis of a wagon WHEEL and track
6. Design of a craburetor
7. Design and analysis of a alloy wheels
8. Modelling and analysis of a 2-stage reduciton gearbox

ENGINES
1.Design of a Horizontal Beam engine
2. Design of a Kimble engine
3. Design of a Sterling engine
4. Design of a Vertical steam engine
5. Degine and analysis of a in line 4 cylinder engine
6. Design and analysis of a V12 eingine
7. Design and analysis of a Radial eingine
8. Design of a JET engine
GENERAL PROJECTS
1. Design and analysis of a Vertical axis Wind turbine
2. Modelling and simulation of marine propeller
3. CFD analysis of Double pipe parallel flow heat exchanger
4. Design and analysis on drill bit
5. Design and analysis of a crane hook
6. Product development using RPDT (REVERSE ENGINEERING ).
7.Design and analysis of a WATER jet nozzle
8. Design of a Robatic arm
9. Thermal buckling of a plate 2d finite element analysis
10. Prevention of cracks in FRP composites
11. Modelling and analysis of a CNC milling machine BED with composite material
12. CFD analysis of a SOLAR absorber plate using ANSYS
13. Design and analysis of helical spring in two wheeler suspension system
14. Evalution of wear properties of jute fiber rein forced polyster composites 15. Evaluiton of effective thermal conductivity of insulating material using ANSYS

DESIGN AND ANALYSIS PROJECTS

1.Analysis & Optimization of Connecting Rod
2. Cutting Tool with Multi-Coatings
3. Analysis of Connecting Rod under Different Loading Condition Using Ansys Software
4. Non-Linear Static Buckling Analysis of Fuselage Stringer
5. Buckling Analysis of Aircraft Fuselage Panel:
6. Modeling and Transient Thermal Analysis of Honeycomb Structure
7. Analysis over Aircraft Emphanage
8. Design and Analysis of Rotar Blade for A Light Helicopter
9. Modal Analysis Shaft.
10. Design and Analysis of a Shock Absorber
11. Design and Analysis of Aircraft Truss Using Ansys
12. Design Of Helicopter’s Co-Axial Rotar Using Catia V5
13. Design and Analysis of Aircraft Fuselage Semimonocoque Structure
14. Design and Analysis of Collective Bell Control Used For Helicopter
15. Design and Analysis of Disc Brake Rotor

THERMAL ANALYSIS PROJECTS
1. Designing Of Piston And Analysis With Different Materials Subjected To Thermal Analysis
2. Ultra High Temperature Ceramics For Hypersonic Vehicle Applications Especially Missile Nose Cones
3. Enhanced Active Cooling Of High Power Led Light Sources By Utilizing Shrouds And Radial Fins
4. AFundamentallyNew Approach To Air-Cooled Heat Exchangers
5. Boiler Burner And Fuel Firing System
6. Study On Coal Pulverizes
7. Evaluation of Coefficient of Performance of a Vapour Compression Refrigeration System with Change in Length of Condenser.
8. Boiler Control Using Microcontroller
9. Effects Of Different Fuels On A Turbocharged, Direct Injection, Spark Ignition Engine
10. Investigation Of Ejector Re-Compression Absorption Refrigeration Cycle
11. Solar Cooking: The Development Of A Thermal Batter
12. Solar-Thermal Hybridization Of Advanced Zero Emissions Power Plants
13. Thermal Desalination: Structural Optimization And Integration In Clean Power And Water
14. Waste Heat Recovery In Automobile Engines Potential Solutions And Benefits
15. Thermoacoustic Refrigeration
16. Fatigue Behavior And LifePredictions Of Forged Steel And Powder Metal Connecting Rods.
17. Design Of A Large Transportable Vacuum Insulated Cryogenic Vessel Along With Thermal Insulation.
18. Fundamental Principles Of Structural Behavior Under Thermal Effects
19. Alternative Cooling and Mounting Concepts for Transition Duct in Industrial Gas Turbines.
20. Performance of an Iced Aircraft Wing.
21. Feasibility Study Of Heat Driven Cooling Based Thermal Energy Storage.
22. Computational Study on Supercritical Aerofoil.
23. Method Development for Investigation of Real Effects on Flow around Vanes.
24. High Efficiency Radiator Design for Advanced Coolant
25. Jet Noise Reduction Technology Development
26. Analysis of Liquid Hydrogen Turbine Inlet Manifold.THERMAL
1.Thermal analysis of a piston
2. Thermal analysis of a connecting rod
3. Thermal analysis of a radial engine
4. Thermal analysis of a in line 4-cylinder engine
5. Thermal analysis of a 4 stroke rc aero space engine
6. Thermal analysis of a gas turbine rotar blade
7. Thermal analysis of a v12 engine
8. Thermal analysis of a disk brake
9. Thermal analysis of a drum brake

AUTOMOBILE
Design of a single plate clutch
2. Design of a centrifugal plate clutch
3. Design and analysis of a drum brake
4. Design and analysis of a disc brake
5. Design and analysis of a wagon WHEEL and track
6. Design of a craburetor
7. Design and analysis of a alloy wheels
8. Modelling and analysis of a 2-stage reduciton gearbox

ENGINES
1.Design of a Horizontal Beam engine
2. Design of a Kimble engine
3. Design of a Sterling engine
4. Design of a Vertical steam engine
5. Degine and analysis of a in line 4 cylinder engine
6. Design and analysis of a V12 eingine
7. Design and analysis of a Radial eingine
8. Design of a JET engine
GENERAL PROJECTS
1. Design and analysis of a Vertical axis Wind turbine
2. Modelling and simulation of marine propeller
3. CFD analysis of Double pipe parallel flow heat exchanger
4. Design and analysis on drill bit
5. Design and analysis of a crane hook
6. Product development using RPDT (REVERSE ENGINEERING ).
7.Design and analysis of a WATER jet nozzle
8. Design of a Robatic arm
9. Thermal buckling of a plate 2d finite element analysis
10. Prevention of cracks in FRP composites
11. Modelling and analysis of a CNC milling machine BED with composite material
12. CFD analysis of a SOLAR absorber plate using ANSYS
13. Design and analysis of helical spring in two wheeler suspension system
14. Evalution of wear properties of jute fiber rein forced polyster composites 15. Evaluiton of effective thermal conductivity of insulating material using ANSYS

DESIGN AND ANALYSIS PROJECTS

1.Analysis & Optimization of Connecting Rod
2. Cutting Tool with Multi-Coatings
3. Analysis of Connecting Rod under Different Loading Condition Using Ansys Software
4. Non-Linear Static Buckling Analysis of Fuselage Stringer
5. Buckling Analysis of Aircraft Fuselage Panel:
6. Modeling and Transient Thermal Analysis of Honeycomb Structure
7. Analysis over Aircraft Emphanage
8. Design and Analysis of Rotar Blade for A Light Helicopter
9. Modal Analysis Shaft.
10. Design and Analysis of a Shock Absorber
11. Design and Analysis of Aircraft Truss Using Ansys
12. Design Of Helicopter’s Co-Axial Rotar Using Catia V5
13. Design and Analysis of Aircraft Fuselage Semimonocoque Structure
14. Design and Analysis of Collective Bell Control Used For Helicopter
15. Design and Analysis of Disc Brake Rotor

THERMAL ANALYSIS PROJECTS
1. Designing Of Piston And Analysis With Different Materials Subjected To Thermal Analysis
2. Ultra High Temperature Ceramics For Hypersonic Vehicle Applications Especially Missile Nose Cones
3. Enhanced Active Cooling Of High Power Led Light Sources By Utilizing Shrouds And Radial Fins
4. AFundamentallyNew Approach To Air-Cooled Heat Exchangers
5. Boiler Burner And Fuel Firing System
6. Study On Coal Pulverizes
7. Evaluation of Coefficient of Performance of a Vapour Compression Refrigeration System with Change in Length of Condenser.
8. Boiler Control Using Microcontroller
9. Effects Of Different Fuels On A Turbocharged, Direct Injection, Spark Ignition Engine
10. Investigation Of Ejector Re-Compression Absorption Refrigeration Cycle
11. Solar Cooking: The Development Of A Thermal Batter
12. Solar-Thermal Hybridization Of Advanced Zero Emissions Power Plants
13. Thermal Desalination: Structural Optimization And Integration In Clean Power And Water
14. Waste Heat Recovery In Automobile Engines Potential Solutions And Benefits
15. Thermoacoustic Refrigeration
16. Fatigue Behavior And LifePredictions Of Forged Steel And Powder Metal Connecting Rods.
17. Design Of A Large Transportable Vacuum Insulated Cryogenic Vessel Along With Thermal Insulation.
18. Fundamental Principles Of Structural Behavior Under Thermal Effects
19. Alternative Cooling and Mounting Concepts for Transition Duct in Industrial Gas Turbines.
20. Performance of an Iced Aircraft Wing.
21. Feasibility Study Of Heat Driven Cooling Based Thermal Energy Storage.
22. Computational Study on Supercritical Aerofoil.
23. Method Development for Investigation of Real Effects on Flow around Vanes.
24. High Efficiency Radiator Design for Advanced Coolant
25. Jet Noise Reduction Technology Development
26. Analysis of Liquid Hydrogen Turbine Inlet Manifold.

CHECK OUT WHY HATCHBACKS HAVE REAR WINDOW WIPER BUT SEDANS DON’T !!!

Rear wipers are essentially meant for vehicles with an upright rear window that collects dust, dirt, snow, etc., because of aerodynamics – the flow of air over the right angle where the roof and rear window meet creates a low pressure area that pulls that nasty stuff in and deposits it onto the surface.dda.jpg

Sedans, with their sloped roofline rely on that same flow of air – this time over the roof and down the window to keep it clean. Adding a wiper would create more aerodynamic drag creating slightly more fuel use. A wiper also requires an electric motor and a fairly convoluted mechanism and lengthy arm to make the wiper sweep across the glass from side to side.rrrr.jpg

SUVs/hatchbacks with window right at the rear has nearly vertical windows, but not the trunk to guide the airflow. It has a low-pressure zone right in that area when it’s moving at speed, which will “suck in” water and dirt and thus make the window very dirty.download.jpg

This is totally based on the concept of aerodynamics !