Posts

VAWT

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The design was made using solidworks and calculations were done using python.A vertical axis wind turbine (VAWT) has blades mounted on the top of the main shaft structure, rather than in the front like an aircraft rotor. The generator is usually placed at the tower base. Used less often than their horizontal counterparts, VAWTs are more practical in residential areas. VAWT Advantages These turbines have fewer parts than those that orient the rotary mechanism and blades horizontally. That means fewer components to wear out and break down. Also, the supporting strength of the tower doesn’t need to be as much, because the gearbox and generator are near the ground. Parts for controlling pitch and yaw aren’t needed either. The turbine doesn’t have to be facing the right wind direction either. In a vertical system, air flowing from any direction or speed can rotate the blades. Therefore, the system can be used to generate power in gusty winds and when they’re blowing steadily. Disadv

Wankel Engine (13A)

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 The wankel engine is a type of ICE developed by Felix Wankel in 1929.It used rotors instead of traditional piston and connecting rod configuration.The rotor developed the pressure through combustion to rotate the Eccentric shaft of the engine. Some advantages were: 1.Small size 2.Higher output power as compared to a similar reciprocating engine. 3.Fewer moving parts  4.Fewer engine seize due to good thermal expansion from the aluminium housing of the engine at higher loads. 5.Due to turbulence of the rotor there were few hotspots forming inside the housing thus reducing engine knocking. Disadvantages: 1.Regular breakdown of apex seals due to constant contact as well as weak material resulted in higher repair costs. 2.Rich air fuel ratio(Although rich air fuel ratio is preferred in performance engine it is also expected to develop higher air fuel ratio for a lean mixture and releasing less harmful gases , but the inability of the wankel engine to develop higher air fuel ratio also resu

LINE FOLLOWER ROBOT

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Robot is a machine that is usually designed to reduce the amount of human work where it is applicable.In this paper a line tracer or follower has been presented which will trace a black line on a white surface or vice-versa . We have make use of sensors to achieve this objective. The main component behind this robot is Arduino UNO which is a brain of this robot. The idea proposed in this paper is by using machine vision to guide the robot We have made a robot that has several works to perform besides following a line. This robot follows a line without going to other direction. The construction of the robot circuit is easy and small. This can also be used in many applications such as automatic valet parking in efficient way. The rapid increase in urban car ownership not only increases the burden of urban traffic but also exacerbates the problem of insufficient parking spaces. The increased driving distance in the parking process increases energy consumption and exacerbates parking diffi

V6 Engine

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Designed a Complete Model of V6 Engine With working parts having a Bore to Stroke  63.5 mm X 78 mm with 1482 cc capacity. The Model was Made using Fusion (Rendering) along with Solidworks. A Video showing the Working of the Engine has also Been shared. Refrence

Pothole Patcher

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 Pothole Patcher It is a Automated Robot that can detect as well as fill potholes accordingly ,My team mates and I have worked on the design of this electric vehicle and  kept the design simple as well as keep it green. It uses a new type of Fill developed by a company called Chipfill , which is just a thermoplastic that can be used to fill out small potholes on the Road. Our project Went on to give us a Victory in the competition Held at our College with a Cash prize of 10K. References have been uploaded on this Link: QuicK Patchers