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April 28, 20260 citationsOpen Access

A Physical Mechanism for the Directed Percolation Statistics Observed in Pipe Flow Turbulence Transition

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MGM. L. Gupta

Key Points

  • To propose a theoretical mechanism for understanding directed percolation statistics in pipe flow turbulence transitions.
  • Theoretical proposal based on fluid dynamics principles.
  • No experiments conducted to validate or disprove the theory.
  • Mechanism suggests that clustering of dissipation events could lead to directed percolation phenomena.
  • No empirical data provided to support the claim.

Abstract

This is a speculative theory note written by a student in India with no institutional affiliation. It proposes a physical mechanism "dissipation event clustering", that may explain why directed percolation statistics emerge from the fluid dynamics of pipe flow turbulence transition. No experiments were performed and nothing here is proven. It is posted solely to put the idea on record and invite scrutiny from researchers with the resources to test or disprove it.

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Cite This Study

M. L. Gupta (2026) studied this question.

synapsesocial.com/papers/69f04edc727298f751e72c80https://doi.org/10.5281/zenodo.19780813
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