"Analysis of Dynamic Fields in Nonintertial Systems", just published in Scientific Research

July 20, 2012 - PRLog -- Ph.D. Dr. Gabriel Barcelo´s theory “Analysis of Dynamic Fields in Nonintertial Systems”, just published in the prestigious science magazine Scientific Research – World Journal of Mechanics

Dr. Barcelo´s paper covers in depth his “Theory of Dynamic Interactions” and its broad scientific and technological applications.
Over the last twenty years, Dr. Gabriel Barcelo Rico-Avello´s scientific research team has been working on an independent and self-funded project on Rotational Dynamics. The outcome of this project, detailed in the paper, is an innovative Dynamic Theory, especially applicable in the case of rigid bodies exposed to simultaneous noncoaxial rotations.  This development will lead to noteworthy and significant scientific and technological applications.
The specialized science publication World Journal of Mechanics, belonging to Scientific Research Group, has published in its vol, 2-3. 2012, this noteworthy paper: “Analysis of Dynamics Fields in Noninertial Systems”, authored by Dr. Gabriel Barceló Rico-Avello and available at Scientific Research, The paper includes a direct access to the video “New Dynamic Hypothesis”.
This video displays the array of experiments conducted by Advanced Dynamics team in order to confirm and validate the Theory of Dynamic Interactions: New dynamic hypotheses or Nuevas hipótesis dinámicas More videos showing experiments validating the theory can be found at InteraccDynamics.
The Theory of Dynamic Interactions was first introduced by author Dr. Barcelo on keynote lectures at XXX Bienal of Physics in Ourense (Spain) in 2005. This theory was sustained and pronounced profusely over two books published by Editorial Marcombo: The Flight of the Boomerang (2005) and A Rotating World (2008).
The Theory of Dynamic Interactions generalizes inertial concepts and phenomena, bringing them into the unified structure of a new, non-inertial rotational dynamics. The theory has been described and presented in scientific papers and over lectures on international scientific congresses and meetings.
The Theory of Dynamic Interactions establishes a number of innovative hypotheses, for instance, the analysis of internal tensions in mobile bodies or the study of conversion of rotational kinetic energy to translational kinetic energy and vice versa, leading us to the concept of dynamic lever. A dynamic lever has diverse technological applications and practical uses. This dynamic level allow the design of mechanisms for which the result of its action would be obtained without consumption of energy, therefore with the possibility of getting back the energy already used. The theory is applicable on management and piloting mobile bodies in space, like aircraft and submarines. In these cases, the piloting systems can be very simple in terms of design and control. Technological development of this theory will bring plenty of applications in Defense, Energy, Aircraft control, ….
Full documentation about this theory is available at COIIM Foro Científico. Special attention should be paid to the presentations given at the 61ST International Astronautical Congress. Prague, September 2010 (On the equivalence principle) and International Conference on Design and Modeling in Science, Education, and Technology: DEMSET 2011. Orlando, Florida, USA. (Analysis of dynamics fields systems accelerated by rotation: Dynamics of non-inertial systems).
For further information about the Theory of Dynamic Interactions please visit:
Advanced Dynamics, S.A.  and Dinámica Fundación.