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The DSS System creates kinetic energy resulting from a permanent mechanical chainreaction.
It requires energy to disturb and accelerate the original symmetry but it will equalize its inner stability and hereby accelerate itself on and on. During all times energy can be extracted on each element, as long as the tightening torque is lower than the pre compressed tension in between each element. By the right amount of elements it is possible to extract more energy that is required to propel the system.
We conducted several tests by using dynamic simulations on http://www.mscsoftware.com
Our curiosity made us proceed further and we have conducted several studies in real world.
We are currently testing and developing a demonstration unit. The first tests proved our theory.
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Technology and Analysis
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Preferred Links
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Main Principle
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3 Main Categories
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Technology
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MSC Nastran Simulations
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Principle Dynamic Behavior
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Tests on small Models
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7 legacy design studies
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Visualizations 1
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8 legacy design studies
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Visualizations 2
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9 Prototype
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Real Tests
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10 Wirefusion
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Interactive explanations
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11 estimated
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Analysis, Size, Weight etc.
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12
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Case Studies
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Company
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Our effort is to share our present accomplishment and we use the ability of interactive presentation through the internet. To observe a dynamic behavior on a screen is certainly more challenging than in our laboratories as impulse behaviors have complex and various manifestations. Nevertheless we hope to bring up enthusiasm as well as knowledge to as many people as possible and perhaps overcome old believes.
We are very confident in our studies and will keep you updated about our research. We are thankful for any questions you might have as it helps us improve our content. |
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