Design and Development of an Innovative Hubless Wheel
Journal Title: IOSR Journal of Mechanical and Civil Engineering (IOSR-JMCE) - Year 2018, Vol 15, Issue 3
Abstract
the aim of this project is to design and build an innovative hubless wheel. The hubless wheel will be self driven by a prime mover like a DC motor. The wheel will have three planetary rollers which will be powered by two DC motors. One roller is on the shaft directly coupled to the two motors and the other two rollers are on two separate shafts connected via belt drives. The driving and driven pulleys have same diameters. The belt is a positive timing belt so that there is no loss of power between motor shaft and the two roller shafts. The motor thus drives all the three rollers and the rollers drive the outer main wheel. The speed, torque while running and discharge time of the battery were first calculated theoretically and then compared with those calculated experimentally.
Authors and Affiliations
Sandeep Mopare, Malay Patel, Ajinkya Bhosale, Rupesh Detke, Dr. Rupa Bindu
Preparation of Activated Carbon From Date Seeds And Evaluation of It Application A Review Paper
Activated carbon (AC) is frequently used for purification due to its ability to remove pollutants either from air or water. Its porous structure allowed it to capture the pollutants and is widely recommended for numerous...
Intelligent Maintenance System by Using MARKOV Chain with Monte Carlo Simulation Approaches
This paper presents Markov chain technique as a tool for forecasting the suitable maintenance of machines that helps managers in organizational decision making. Markov process is a tool to predict that it can be make log...
Design Analysis of a Nail Production Machine
This paper describes the design analysis of a nail making machine which can be used to enhance nail productionfor the cottage industry. It is also designed to manufacture special shaped nails such as linoleum nails, roof...
Finite Element Analysis of Bottom Loaded Continuous Deep Beams with and without Web Openings
This research presents a study for the prediction of the behavior of bottom loaded continuous deep beams (CDB) numerically by using finite element modeling (FEM). ABAQUS 2017 finite element software program is used for s...
Simulation of Corrosion of Rebar in Concrete by Impressed Current Technique
Marine structures are adversely affected by corrosion of rebars. In order to assess the structural health, prediction of the amount of mass loss of rebars is important. In this context, an experimental investigation was...