Design and Analysis Based Projects



Title : DESIGN AND FEM ANALYSIS OF FOLDABLE HELMET FOR AUTOMOBILE

Details : Nowadays helmet is compulsory for the riders and pinion riders of the motorcycle. Central government of india and supreme court of india made order on it. according to the police information and files records almost 80% of the motorcycle riders has got injured for their head and 30-35% of riders of motorcycle die due to their head injuries. So this project involves designing the model and structural analysis of foldable helmet and now the problem is for the riders and pinion rides is to keep the helmet safely, to find the solution of this problem, we undergo product development process for the concept of foldable helmet. So that the product development process involves product planning, identifying customer needs, concept generation, concept selection stages. The simulation software ”ANSYS” is used to analyze the helmet with different conditions. The maximum force of0000kN is applied on the helmet to study the modeling static and dynamic conditions. The simulation has been ca

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Title : DESIGN AND STRUCTURL ANALYSIS OF NON PNEUMATIC TYRES IN AIRCRAFT

Details : For more than 100 years, vehicles have been rolling along on cushions of air encased in rubber. Sometimes, we get so used to a certain product that no true changes are ever really made for years, decades even. So begins an article discussing the development of airless tyres, something that has become more prevalent in the past few years.. A few tyre companies have started experimenting with designs for non-pneumatic tyres including Michelin and Bridgestone. Creating a new non-pneumatic design for tyres has more positive implications than one might think. For one thing, there are huge safety benefits. Having an airless tyre means there is no possibility of a blowout, which, in turn, means the number of accidents will but cut significantly. Even for situations such as Humvees in the military, utilizing non-pneumatic tyres has a great positive impact on safety. Tyres are the weak point in military vehicles and are often targeted with explosives

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Title : DESIGN OPTIMIZATION OF COMBUSTION TURBO ENGINE

Details : For more than 100 years, vehicles have been rolling along on cushions of air encased in rubber. Sometimes, we get so used to a certain product that no true changes are ever really made for years, decades even. So begins an article discussing the development of airless tyres, something that has become more prevalent in the past few years.. A few tyre companies have started experimenting with designs for non-pneumatic tyres including Michelin and Bridgestone. Creating a new non-pneumatic design for tyres has more positive implications than one might think. For one thing, there are huge safety benefits. Having an airless tyre means there is no possibility of a blowout, which, in turn, means the number of accidents will but cut significantly. Even for situations such as Humvees in the military, utilizing non-pneumatic tyres has a great positive impact on safety. Tyres are the weak point in military vehicles and are often targeted with explosives

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Title : DESIGN, FABRICATION AND ANALYSIS OF GEAR BOX

Details : The monitoring of gearbox condition is a vital activity because of its importance power transmission in any industry therefore to improve upon the monitoring techniques and analysis gear box condition like a vibration, engine temperature and transmission efficiency. The current passing through the motor running the gearbox, there has been a endeavour for improvement in these monitoring techniques, Techniques such as vibration, engine temperature and transmission efficiency. Which can be achieved through gearbox current analysis which has been successfully applied to check the condition of gear box. Vibration All gear box with moving parts gives rise to sound and vibration. Each gear box has a specific vibration signature related to the construction and state of the gear box. If the state of the gear box changes vibration signature also changes. A change in vibration signature can be used to detect incipient defects before they become damage. Now days the dema

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Title : ELECTRICITY ENERGY HARVESTING FROM KNEE MOTION OF HUMAN BODY CAUSES OF PISTON FAILURE

Details : Electricity is one the major requirements in today’s world. With either computerization of all fields or increased power consumption, there is a clear lack of power produced to meet all demands. With increase in industries everyday and dependency of people on gadgets is increasing the demand for power more than it can be supplied. To satisfy the demand many possible alternatives have been explored which seemed impossible and unnecessary a few decades/ years ago. Such innovative ways of power harvesting and generation includes solar tracking solar panels, self-powered delivery helicopters and drones, airborne wind turbines, energy generating artificial foot etc. Every possible way is being exploited to produce energy which includes both renewable and non-renewable energy. One such renewable energy source which is yet to be tapped to its potential is human body. Objectives: i. To provide an alternate power source which works due to movement of human body and do not depend o

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Title : FINITE ELEMENT APPROACH

Details : • An analysis of measured information is a procedure in which the measured recurrence reaction capacities are dissected in order to locate a theoretical model that most nearly resembles the dynamic behavior of the structure under test. This piece of the modal test is called experimental modal analysis, in spite of the fact that this term is regularly incorrectly utilized for the whole modal test. The procedure of information analysis continues in two phases: • Identifying the fitting kind of model (with gooey or structural damping). This decision is frequently by and by limited by programming utilized for the modal analysis. Most of programming bundles work with one sort of damping and give no decision to the client. • Determining fitting parameters of the picked model. This stage, likewise called modal parameters extraction, is finished by bend fitting of the measured recurrence reaction capacities to the theoretical expressions. The FEM is a capable instrument for the n

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Title : LOAD ANALYSIS AND MULTI BODY DYNAMICS ANALYSIS OF CONNECTING ROD IN SINGLE CYLINDER 4 STROKE ENGINE

Details : Connecting rod is an integral component of an engine and it is classified under functional component based on its application. It acts as a linking member between piston and crank shaft. The function of the connecting rod also involves transmitting the thrust of the piston [1]. Connecting rod has three main zones. The piston pin end, the center shank and the big end. The piston pin end is the small end, the crank end is the big end and the center shank is of I cross section. Connecting rod is a pin jointed strut in which more weight is concentrated towards the big end [2]. In this paper a design change is suggested in which truss is induced in the connecting rod design. But, before inducing the truss member, basic design calculation will be used to derive the constant and varying design parameters Motivation Due to these factors, the connecting rod has been the

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Title : STATIC AND DYNAMIC ANALYSIS AND LIFE ESTIMATION OF WIND TURBINE BLADE

Details : As the economy of the country grows, its energy requirement also grows. With the proclaimed need for reducing the dependence on fossil fuels because of environmental reasons, the burning of fossil fuels affects the environment by releasing greenhouse gases, hence the alternative methods of generating power are needed. Therefore, the renewable sources of energy are used for power generation and which is not only to meet the demand of power but also being environmentally friendly. One of these renewable sources of energy is wind. Wind energy is an important part of the global and easily available source for the power generation. Over the past fifteen years, the wind industry has successfully reduced the cost of windproduced electricity. During the last decades wind farms have been built all over the world. Since the average wind speed rise due to the global climate change, gaining electric power out of wind energy became excessively interesting. Electricity shortages are common and

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Title : STRUCTURAL ANALYSIS AND EVALUATION OF BUS BODY

Details : Transports are the preeminent method of road transportation. the look of the vehicle body depends chiefly driving the execution requirement underneath varying sorts of stacking and managing conditions separated from those of the street conditions. the model investigation moreover, static basic associatealysis of an enunciated urban transport body, completed with the FEM. The purpose for this work is to breed and gage the auxiliary reaction of the vehicle body as path as stress, strain and dislodging, underneath maybe a couple stacking and convincing conditions Sensitivity examinations in regards to FEM parameters are keep running, along these lines on satisfy relate sufficient exchange off between process time and results exactness This meander manages the airing, assessing of fundamental zone of the vehicle body for the position gravity load, expanding speed, breaking load and for the outcome case. The free model examination related static right hand examination of an enu

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Title : STRUCTURAL DESIGN AND FEM ANALYSIS OF BLEEDER IN STEAM TURBINE CASING USING ANSYS WORKBENCH

Details : This project pertains to a design and analysis of bleed and more particularly to a device for carrying a store such as a steam, and provided with means for positively ejecting the store from the bleed pocket. The need for a casing and release device which will positively eject a store has become increasingly critical. When the steam is released from a modern high performance turbine the static and thermal loads on this store may cause it to violently strike the bleed pocket structure before dropping away from the pocket. A steam turbine is a device that extracts thermal energy from pressurized steam and uses it to do mechanical work on a rotating output shaft. Its modern manifestation was invented by Sir Charles Parsons in 1884. Because the turbine generates rotary motion, it is particularly suited to be used to drive an electrical generator – about 90% of all electricity generation in the United States (1996) is by use of steam turbines. The steam turbine is a form of heat eng

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Title : TRAFFIC REGULATING SYSTEM

Details : Nowadays in India people are not aware about traffic rules and regulations. Generally people do not follow the traffic rules. It happens when even red light turns on still people do not stop their vehicle and try to cross the road. That is why due to lack of awareness of traffic rules and regulations traffic consumption is occur at cross road and accident may occur. So people getting trouble during transportation mostly at peak hours. We were think that to invent one system which can aware the people for awareness of traffic and reduce the trouble regarding to traffic consumption and accidents. So the system is Traffic Regulating System for Urban City‟. In which, we will decide to make wedge shape element for stopping the vehicle with the use of mechanically operated system which will not allow to cross the road while red light is on. On the base of observation, one conclusion has been carried out that lots of vehicles are passing through the road in

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