Results 271 to 280 of about 60,988 (294)
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Dynamic effects in the mesh length theory of workhardening
Acta Metallurgica, 1989Abstract According to the mesh length theory of workhardening, low-temperature strain rate effects in materials exhibiting a dislocation cell structure are due to the simultaneous operation of a number X of super-critically bowing links in the average, typically roughly equiaxed, cell of diameter L. The corresponding length of mobile dislocations per
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MALALLAH UNIFIED MESH THEORY v2
The Malallah Unified Mesh Theory Version 2 (MUT V2) derives the complete set of Standard Model parameters, particle masses, and cosmological observables from a single geometric object: the regular tetrahedron formed by the correlation matrix of four maximally entangled Bell states of virtual photon pairs.openaire +1 more source
Meshing theory of face worm gear drive with hardened cylindrical worm
Mechanism and Machine Theory, 2023Shibo Mu, Yaping Zhao, Qingxiang Meng
exaly
Meshing theory of toroidal surface enveloping cylindrical worm drive with arc-toothed worm
Mechanism and Machine Theory, 2022Xinyue Zhu, Yaping Zhao
exaly
FEEN: A Unified Theory of Phononic Mesh Computing
This unified paper integrates three complementary bodies of work on FEEN — Frequency-Encoded Elastic Network — into a single coherent technical and scientific treatment. Part I establishes FEEN as a wave-native programming language whose execution substrate is governed by acoustic and resonant physics, presenting first-principles derivations of itsKrüger, Marcel, Feeney, Don
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Spatial meshing theory of involute spiroid gear drive with line contact
Journal of Advanced Mechanical Design, Systems and Manufacturing, 2020Yong Hu
exaly
Meshing limit line of face worm gear drive with hardened cylindrical worm
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 2022Shibo Mu, Yaping Zhao, Qingxiang Meng
exaly
MALALLAH UNIFIED MESH THEORY v2 implications
The Three Strongest New Predictions in Section 8 1. High-Tc superconductor: maximum Tc in Td-symmetric crystals → Crystal structure at 109.47° bond angles → Testable in materials science NOW 2. Moore's Law limit at 0.11 nm gate width → Derived from α×v EM buffer, not from semiconductor physics → Already being confirmed (current ...openaire +1 more source

