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| THE METHOD OF THERMO-MECHANICAL PROCESSES IN A SET OF BARS ASSUMING ELASTIC AND FRICTIONAL JOINTS |
| In the article we consider the set rectilinear bars lying in a plane that are fixed at one side. The bars are coupled mechanically by inter-bar elastic joints. Two adjacent bars are frictionally joined assuming the frictional sliding possibility. Thermo-mechanical processes mean changes of axial shifts, forces and deformations (strains) of bars occurring due to bar temperature alterations. We study the solution for “heating-cooling” cycle problem given aforementioned elastic and frictional joints and bar frictional sliding. The suggested method of research has been used to investigate thermo-mechanical processes on the stator of turbo-generator happening under temperature changes of main components. |
| Publishing date: February 6, 2012 |
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| UNKNOWN MECHANICS ELEMENTS |
| The self-propelling of mass center in the insulated system differently this is unbearing self-propelling, is it possible? It’s very probably possible. Although everything will be discussed in succession.
This phenomenon appears between classic and relativity dynamics. Though we know that only relativity dynamics is real? That’s to say, it is precise because it is well convent to the experience (accelerators), then the classic one is real relativity mechanics approximation, and it is noticed when there are below speed and little starting acceleration. |
| Publishing date: November 4, 2003 |
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| THE NATURE OF COMPENSATION FOR TRANSFORMING HEAT INTO PERFORMANCE |
| The following article is a retrenchment of the two chapters of the author research work entitled: ”The Dinamics Of The Unbalanced Dispersive Environments”.
There are lot of statements of the second law of thermodynamics in phenomenological thermodynamics. For example [L-2] the author gives 18 statements. .Meanwhile, if we study all of them carefully, they can be divided into two groups: one relates to the law of entropy s development, the other to the compensation for transforming heat into performance. The reasons and the mechanism of entropy `s development in the closed thermodynamic environment are studied in the 1`st chapter of the work mentioned, where it is said, that the second law of thermodynamics is the consequence of the degenarative effect of the resultant impulse as the carrier of the cooperative kinetic energy in a multiple environment. This made possible to come to the conclusions which were contradicting the compensation for transforming heat into performance and the relating statements of the2`nd law of thermodynamics. The reasons and the mechanism of the compensation for transforming heat into performance, one of the keystone issues of the classical thermodynamics, will be spoken about in this article. |
| Publishing date: December 17, 2002 |
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| THE GREATEST DISCOVERY OF MILLENIUM |
| It is a matter of discovery, which is outside of understanding of modern physics and its paradigm. It nreates a basis of physics of XXI century and was predicted in the thirtieth years by russian physicist I. E. Tamm [1] and experimentally confirmed at the end of the seventieth years by canadian physicists G. M. Graham and D. G. Lahoz [2]. (Lahoz’s name is placed in the big Russian five-languid encyclopedia under edition by Prohorov as one of authors of experiment on measurement of Abraham’s force) The discussed experiment have been executed on the highest technological level and also is a masterpiece of experimental art. Its detailed description quoted from the primary source [2] is given below. |
| Publishing date: December 3, 2002 |
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| FORCE UNIVERSAL FORMULA |
| The Constant G traditionally was reputed a very distant constant from electromagnetic constants.
Formulas which are shown above allow to get row of new major results. Let’s consider some of them.
An amazing likeness exists in formulas of Coulomb law and Newton’s gravitation law. In the first one - charges, in the second one - the masses. Herewith the mathematical records of laws absolutely identical. In view of this most likely that these laws are the fragments of some universal fundamental force law. |
| Publishing date: November 13, 2001 |
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