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IFEM method for distributed monitoring of cable forces in cable-stayed bridges
Structural Health MonitoringThe method proposed in this article pertains to developing a technique for structural health monitoring of cable-stayed bridges based on the inverse finite element method (iFEM). This approach is built on distributed monitoring of strains by using a Brillouin scattering-based distributed optical fiber sensor. Using this method, both the deflections and
Dario Poloni +6 more
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Inchrononym Fractal Emergence Model (IFEM) Version 5.
Informational Field Theory, Fractal Dynamics, Nonlinear Systems, Emergence, IFEM, Symmetry Breaking, Attractor-Repulsor Duality, Metaphysical Foundations, Computational Simulation, Complexity Theory, Inchrononym, Informational Geometry, Self-Organization, Fundamental ...openaire +1 more source
Inchrononym Fractal Emergence Model. IFEM - Pulsed Warp Drive
This eighth version of the Inchrononym Fractal Emergence Model (IFEM) significantly extends its theoretical architecture by incorporating nonlinear, scale-dependent fractal metrics and quantum informational principles. These developments allow for a refined modeling of emergent gravitational phenomena and their organizational structures across ...openaire +1 more source
Application of 1D iFEM to an Experimental Beam Model with Degrading Boundary Conditions
Proceedings of the 15th International Workshop on Structural Health MonitoringThe inverse Finite Element Method (iFEM) is a robust computational technique that utilizes a network of strain sensors to reconstruct full-field displacement on beam or shell structures. Importantly, the method is independent of specific loading conditions and material properties, making it particularly suitable for real-time structural monitoring and ...
JACOPO BARDIANI +3 more
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Materials Research Proceedings
Abstract. Spacecraft in orbit are gradually developing in the direction of large-scale, complex, and distributed. These aircraft structures will undergo complex thermal deformation because of time-varying and distributed thermal excitation in harsh operating environments.
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Abstract. Spacecraft in orbit are gradually developing in the direction of large-scale, complex, and distributed. These aircraft structures will undergo complex thermal deformation because of time-varying and distributed thermal excitation in harsh operating environments.
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RECONSTRUCTION OF SOUND PRESSURE FIELD BY IFEM
Theoretical and Computational Acoustics 2005, 2006R. ANDERSSOHN +3 more
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Formalization and Predictive Horizons of Inchrononym Fractal Emergence Model (IFEM)
The Inchrononym Fractal Emergence Model (IFEM) presents a novel framework integrating fractal geometry, information theory, and cosmological dynamics. By introducing informational operators acting on fractal spacetime fields, IFEM formalizes emergent gravitational phenomena beyond classical models, notably predicting the dynamic reconfiguration of ...openaire +1 more source
BEM & FEM-IFEM modeling and analysis methods for high complexity vehicle models
2012The relevance of simulation methods for the assessment and the analysis of exterior noise in the automotive and truck industry is likely to increase in the fore-coming years, due to the announced revision of the ISO 362 regulation as well as to the strong increase in the variety of options offered to automotive and truck OEMs.
Miccoli G, Nizzoli T, Bertolini C
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