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MEKATICS
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MEKATICS |
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MEKATICS is a formal branch of TEKNAS concerning the construction of man made powered devices MEKA (formerly identified as machines). MEKATICS shares knowledge with several sub-branches of TEKNAS including ERGONICS, BIONICS and ROBOTICS. |
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MEKATICS is divided into several sub-branches:
•Air Meka
•Land Meka
•Space Meka
•Water Meka
•Building Meka
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Machine |
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A machine is a device, having a unique purpose, that augments or replaces human or animal effort for the accomplishment of physical tasks. This broad category encompasses such simple devices as the lever, wedge, wheel and axle, pulley. |
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In MEKATICS, all machines and devices are known as MEKA and are defined into clear categories based on levels of complexity, function variance and relationship.
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| UCA standard model of MEKA |
| All mechanical devices (MEKA) are defined by a six category system within MEKATICS. Each level represents a more sophisticated approach to the use of technology. |
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Level 1 |
Simple tools |
Sphere, disc, wedge, beam, block, cog, wheel |
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Level 2 |
Simple systems |
Levers, planes, pulleys, screws |
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Level 3 |
Complex macro systems |
Scissors, drill systems, clocks |
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Level 4 |
Complex micro systems |
Optic fibre, silicon chips |
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Level 5 |
Powered macro systems |
Motor car, ship, airplane, rocket, phone |
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Level 6 |
Powered micro systems |
Mobile liestening device, internal camera, nanotechnolgy |
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Mekatics and mechanics |
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MEKATICS relates to mechanics in that all key principles of mechanical engineering are reflected within the architecture of mechanics. |
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Mekatic.Kinesis |
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Most mekatic devices deal with only one type of kinesis (energis). |
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Virtually all current human machines are resistant in terms of the kinetic.result. |
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Yield point |
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In MEKATICS, load at which a solid material that is being stretched begins to flow, or change shape permanently, divided by its original cross-sectional area; or the amount of stress in a solid at the onset of permanent deformation. |
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| MEKA Level 1-Simple Tools |
| All mechanical devices (MEKA) that are simple tools may be defined into six (6) sub categories: |
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Solid |
Circular |
Sphere, disc |
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Solid |
Rod |
Levers, planes, pulleys, screws |
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Solid |
Complex macro systems |
Protons, Neutrons, Electrons |
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Semi-solid |
Complex micro systems |
Hydro-Helio Atomic Matrix |
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Semi-solid |
Powered macro systems |
Pairs, Tris, Pentas, Polymers |
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Semi-solid |
Powered micro systems |
Fats, Sugars, Cells |
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