1000 Projects

This Forged Steel and Powder Metal Connecting Rods project compares and examines exhausted action of counterfeit powder and steel metal to connect the rods. The literature study on many methods to connect rods in the fields of stress and load durability, analysis, construction, and growth is also offered.

 The connecting rods are broadly utilized in many engines like cylinder engines, in-line engines, oppose-piston engines, and radial engines. The rod includes shank section, pin-end, and crank-end.

 The crank-end pinholes and Pin-end present at the ends are functioned to allow correct setting of bearings. These holes are arranged in parallel position. The rod is attached to the piston with the help of piston pin.

 The connecting rod converts transverse movement to rotational movement. It is linked to the function of engine for repetitive cyclic motions. It must be powerful to fix within loading. It is gathered for the gas and mass forces.

 It is generally manufactured for infinite life period and the model criterion has limited power. It exits compression, axial tension, multi-directional bending, constant amplitude loading, inertia force, torque, variable amplitude, and moment are done by engine speed.

 The Mechanical Project Documentation study done by utilizing three materials and equipment testing makes use of steel and powder connecting rods. Tensile tests were done to achieve the properties of monotonic. Strain fatigue tests were done to attain properties of strain life, S-N, and cyclic stress-strain curves. The forged steel tests and metal connecting rods were accomplished by axial load-controlled condition with ratio of R = -1.25.

Conclusion:

The Forged Steel and Powder Metal Connecting Rods analysis contains strain-controlled specimen examinations and specimens achieved from the connecting rods and load-controlled connecting rod testing. The distortion action of cyclic and monotonic and strain-controlled exhausted effects of the two materials are compared and determined.

Download Mechanical Project Documentation on Forged Steel and Powder Metal Connecting Rods

The Failure Analysis of Shell and Tube Heat Exchanger Mechanical Engineering Project is represented with the tar column recoiled E4509 of HOCL which failed in functioning like other exchanger to make the phenol process. The failure cost was very large because of down time and loss of therminol liquid. The loss with these failures is approximately RS 1.5 chore and the cost of bundle is 50 lacks.

 The failure of heat exchanger was attractive and these failures of exchanger decided and approved the solution. The exchanger concept was the methodology utilized to rectify the problem.

 It decreases the temperature of process fluid which is cool by mixing and changing the fluid physical state. Heating is an important function in chemical and petroleum refinery. As a result, failure of heat exchanger moves energy. It needs less operator concentration.

The complete maintenance plan of machinery and plant includes generally operating the function of the plant like a complete. The failure analysis of shell and tube heat exchanger includes many kinds of heat exchangers and generation of phenol from TAR COLUMN.

To obtain the broad and different applications of many kinds of heat exchangers are improved that are divided based on the nature of heat exchanger, way of fluid movement, model and manufacturing features and fluids physical state. Heat exchanger processes are divided in two forms namely direct contact opened heat exchangers and indirect contact heat exchangers.

Conclusion:

The Failure Analysis of Shell and Tube Heat Exchanger project of heat exchanger is the static tool at Hindustan chemicals limited. Heat exchanger is referred like the instrument that moves the energy from a hot to cold fluid with maximum and minimum running cost and rate of investment.

Download Mtech Mechanical Project Report on Failure Analysis of Shell and Tube Heat Exchanger

This Fabrication Of Vertical AXIS Wind Turbine & Horizontal Axis Wind Mill Mechanical Final Year Engineering Project has focused on to use the present wind resources and to decrease the use of non renewable energy means. The wind energy is the fastest developing renewable resource of energy. The wind industry is supported with incentives of market by policies of government supporting the sustainable resources of energy.

The wind ability based on large-scale is accessing the outcome rate of common power plants and manage the power quality is needed to decrease the unfavorable influence on integration based on the network.

India possesses large supply of renewable resources of energy. It possesses largest programs in the world to deploy systems and products of renewable energy of 3,700 MW from installed renewable sources.

Winds circulate particles in the air atmosphere generally begin by temperature variations as per the macro-meteorological way. The temperature gradients are because of irregular solar heating and equatorial region is illuminated.

The movement air is influenced by Coriolis forces and linked with the motion of the Earth. These forces turn the lower and upper flow towards east and west. The air passes based on large-scale which move in the atmosphere contain geostrophic winds.

The components utilized in this project are channels, angles, blades, shaft, bearings, pulley, and belt. The processes included in fabrication are Gas Cutting, Arc Welding, and Grinding.

Conclusion:

Fabrication Of Vertical AXIS Wind Turbine is concluded that wind-turbine generators are made on a broad range of power outcome from kilowatt to a thousand kilowatts and low power machine can produce enough electricity for the purpose of heating, cooling and domestic usage.

Download Fabrication Of Vertical AXIS Wind Turbine & Horizontal Axis Wind Mill.

The Small Scale Industry is the growth of the country that is run by hired labour, machine, and power. Irrespective to the number of workers engaged in industry is known as small scale unit.

 In India, industries are developed to build SSI’s (Small Companies) by giving Bank Loans, Discount, land, suggestions etc. The strategy adopted by the government is: Public entrepreneurship remains confirmed to industries and sectors, efforts made seriously for the development of an industrial culture, to develop management education and industrial training, development of backward regions/areas which is a new challenge, mobilizing and fostering the new young business talent, economic administration must be improved, financial institutions must provide adequate, timely credit, and technical assistance.

 Small scale industry gives employment and SSI Sector in India is a largest employment opportunities for the Indian population and it is estimated from the research, the employment provided by the small scale industry was 171.58 lakh. Small Scale Industry increases the level of production in country. It is grown rapidly over the years and the growth rates are very impressive during the various plan periods.

 The export from SSI sector is clocking excellent growth rates this year. It is fuelled with the performance of garment, leather, and jewellery units.

Entrepreneur is the business owner who contributes the capital and bears the risk in business life. Entrepreneur is broadly classified into three groups. They are Risk bearer, Organizer, and Innovator.

 Conclusion:

 This Manufacturing Of PVC Pipe Project concludes that to start a small scale industry is not a very easy task but to start, first select a suitable sit to make a proper scheme and approve. The important steps are getting started, selection of industry, and preparation of scheme.

Download Manufacturing Of PVC Pipe Bachelor Of Technology Mechanical Engineering Project

Electronic Magnetic Forming (EMF) is a process to use electromagnetic forces to produce metal without using a tool or punch that come into contact with the part.  This is also an ideal process for joining mechanically or assembling metal components.  An electromagnetic coil is driven by an electric current in a sharp pulse to generate the force for metal forming.  The product produced by this method is free from toll marks and heat effects since there is no tool or abnormal heat.

 The process is suited best to form techniques on aluminum leave wrinkles on the job like spring back and poor reproducibility. Therefore, EMF process is a potential application in automobile to form sheet metal components.

  The line voltage supply charge the capacitors and the whole circuit is separated from the power source.  The charge stored in the capacitors flows like current through the work coil when the forming circuit switch gets closed. The current forms a strong magnetic field between the coil and the work piece which is called Lenze’s law. EMF is used to attach and assemble components.

 The main components of the machine are The structure, The Die, Hydraulic power-pack and hydraulic circuit, Machine Control Circuit, Electromagnetic coil with accessories, Capacitor, Voltage multiplier circuit for capacitor charging, Capacitor charging circuit, and Capacitor Discharging circuit.

 Conclusion:

 This Electronic Magnetic Forming (EMF) project concludes excellent technique for forming thin metals, good for mechanically joining metals or non-metals. It is quicker, easier, and easy to implement. It is easily automated and product formed is free from any defects and likely rapid growth of EMF machines.

Download Electronic magnetic Forming (EMF) Dept Of Mechanical Engg Final Year Project