project seminars search:Mechanical Engineering Project abstract

AERIAL SURVEILLANCE ROBOT

Computer Engineering
electronics Engineering
Civil Engineering

Aerial surveillance robot Mechatronics,robotics type project

AMMONIA FUELLED VEHICLES DESIGN

Ammonia GreenNH3 is being used with success by developers in Canada , since it can run in spark ignited or diesel engines with minor modifications,also the only green fuel to power jet engines,and despite its toxicity is reckoned to be no more dangerous than petrol or LPG. It can be made from renewable electricity, and having half the density of petrol or diesel can be readily carried in sufficient quantities in vehicles. On combustion it has no emissions other than nitrogen and water vapour.

AMPHIBIOUS ROBOT

Amphibious Robot Mechatronics,robotics type project

ANALYSES OF BUILDING ENERGY SYSTEM ALTERNATIVES THROUGH TRANSIENT SIMULATION

This thesis examines the performance of residential buildings and the energy systems contained within those buildings by simulating them in the TRaNsient SYstems Simulation (TRNSYS) program. After matching a building

AQUA ROBOT [UNDERWATER]

Aqua Robot [underwater]Mechatronics,robotics type project

AUTO GEAR SHIFTING FOR BICYCLE

As environmental pressures mount to find greener modes of transport, more and more people are turning to bicycling not only as an enjoyable form of exercise but also as their main mode of transport for commuting. But, athletes aside, few people know how to adjust the gears on their bicycle to get the most power out of their pedaling without becoming uncomfortable either through having to pedal too fast in a low gear on level roads or straining when going up hill or to maintain a high speed.

AUTOMATIC CHICKEN COOP DOOR OPENER

embedded system project

AUTOMATIC LAWNMOWER ROBOT

Automatic Lawnmower Robot Mechatronics,robotics type project

AUTOMATIC WHEELCHAIR FOR HANDICAP PEOPLE

Automatic wheelchair for handicap people Mechatronics,robotics type project

BIOMECHANICS OF THE INTERVERTEBRAL DISC- THE EFFECTS OF LOAD HISTORY ON MECHANICAL BEHAVIOR

Degenerative disc disease is associated with back pain, and can be a debilitating disorder. In addition to the biological contributions of genetics and aging, mechanical factors have been implicated in accelerating the progression of disc degeneration. Two studies were performed in order to explore the effects of various loading conditions on disc biomechanics. The first study explores the effects of compressive historical loads and disc hydration on subsequent creep loading and recovery. The second study investigates the restorative powers of creep distraction between compressive loading periods. In both cases three commonly applied mathematical models were employed to characterize disc behavior and the effectiveness of each model was validated. The studies confirm that hydration level has a significant impact on disc stiffness and time dependent behavior. Distraction and conditioning phases are shown to have a significant impact on hydration level and thus subsequent mechanical behavior. Introduction- The Intervertebral Disc- The intervertebral disc (IVD) is found between two subsequent vertebral bodies allowing the spine to flex and twist while supporting gravitational and muscular loads. A motion segment is comprised of an intervertebral disc and its two neighboring vertebral bodies. The mechanical properties of the disc are imperative to its normal operation. The disc is comprised of several components that each contribute to the mechanical properties. Degradation of these components can lead to reduced mechanical performance as well as pain. The disc degenerates naturally as a normal part of aging, but the relationship between degeneration and pain is not fully understood. Studies are focused on differentiating between natural aging and the debilitating effects of more extreme degeneration. The effects of degeneration on the mechanical behavior of the disc may be a contributing factor to pain. Degeneration can lead to degraded biomechanics in terms of increase