The document provides details of a robot design created by a group for a final project. It includes a description of the design concepts focusing on making the robot sturdy to avoid being knocked over. It discusses the chassis, wheel, and steering designs. Diagrams of the robot design and circuit are included. It also includes the documented software code used to control the robot.
Design, Development & Analysis of Loopwheel TechnologyABHISHEKPUND
In today’s world, Bicycles are the most favorite choice when it comes to causes like health, pollution, and the environment. Researches have been done in order to make the ride comfortable. This undertaking report introduces the Loop wheel. The purpose of our project was to reduce shocks on uneven roads, improve shock Absorption & take a smooth ride. Loop Wheel is a suspension system, Built to Experience a smooth ride on uneven roads by reducing shocks! So we replaced Spokes by 3 carbon springs. If we are riding on uneven roads, the spring can move in between Hub and Rim. As it's gone past a bump or bad road then the spring which is been touched to the surface will get compressed and others get to expand! So the whole impact power gets distribute in the wheel and the rider will feel nothing about that impact.
Upright stationary exercise bikes have been around a long time but recumbent stationary exercise bikes have become very popular. And there is no doubt that you can readily find someone willing to debate which type of exercise & fitness bike is the "Best Exercise & Fitness Bike."
Design, Development & Analysis of Loopwheel TechnologyABHISHEKPUND
In today’s world, Bicycles are the most favorite choice when it comes to causes like health, pollution, and the environment. Researches have been done in order to make the ride comfortable. This undertaking report introduces the Loop wheel. The purpose of our project was to reduce shocks on uneven roads, improve shock Absorption & take a smooth ride. Loop Wheel is a suspension system, Built to Experience a smooth ride on uneven roads by reducing shocks! So we replaced Spokes by 3 carbon springs. If we are riding on uneven roads, the spring can move in between Hub and Rim. As it's gone past a bump or bad road then the spring which is been touched to the surface will get compressed and others get to expand! So the whole impact power gets distribute in the wheel and the rider will feel nothing about that impact.
Upright stationary exercise bikes have been around a long time but recumbent stationary exercise bikes have become very popular. And there is no doubt that you can readily find someone willing to debate which type of exercise & fitness bike is the "Best Exercise & Fitness Bike."
ScienceGuyOrg explains what he has learned with his experiments in constructing mousetrap cars, including 3-wheel car built from bamboo and ball bearings.
Presentation from my 2.007 (Design and Manufacturing I) class, 2.00Go-Kart. My partner and I built a go-kart that finished 2nd out of 10 in the timed trials.
An example of using FEA to improve a series of automotive wheel designs. Wheels must pass durability tests to be certified for use. This family did not pass the tests and a large investment had been made in tooling. The company did not want this investment to go to waste and assigned me the task to resolve the issue soon after hiring me. This is a brief outline of the changes made to improve the wheel such that all tests were passed. It should be noted that all work was done virtually and all tests were passes first time after tooling modifications.
A brief slideshow outlining the creative journey taken thus far in improving the ts_17 halfshafts and tripods in an attempt to achieve better race car performance.
ScienceGuyOrg explains what he has learned with his experiments in constructing mousetrap cars, including 3-wheel car built from bamboo and ball bearings.
Presentation from my 2.007 (Design and Manufacturing I) class, 2.00Go-Kart. My partner and I built a go-kart that finished 2nd out of 10 in the timed trials.
An example of using FEA to improve a series of automotive wheel designs. Wheels must pass durability tests to be certified for use. This family did not pass the tests and a large investment had been made in tooling. The company did not want this investment to go to waste and assigned me the task to resolve the issue soon after hiring me. This is a brief outline of the changes made to improve the wheel such that all tests were passed. It should be noted that all work was done virtually and all tests were passes first time after tooling modifications.
A brief slideshow outlining the creative journey taken thus far in improving the ts_17 halfshafts and tripods in an attempt to achieve better race car performance.