Titlebook: Nonlinear Differential Equations and Applications; Portugal-Italy Confe Hugo Beir?o da Veiga,Feliz Minhós,Luís Sanchez Rod Conference proce

冰河期

蕨類

薄荷醇

Luigi C. Bersellif events, and in the general case a single snapshot of the device state does not suffice to recognize the symptoms. Instead one has to plan a measurement sequence that consists of several observations at more than one time point. Starting with a classification of various types of dynamic faulty beha

Palliation

Neeraj Bhauryal,Ana Bela Cruzeirof events, and in the general case a single snapshot of the device state does not suffice to recognize the symptoms. Instead one has to plan a measurement sequence that consists of several observations at more than one time point. Starting with a classification of various types of dynamic faulty beha

博識(shí)

Jean-Baptiste Casterasin the strongest meaning of the word strongly!) taxing the wealth of the super-super rich, with a one-time, marginal net wealth tax (backwards in time),?and strongly(!) taxing the yearly income (without any deductions and exceptions)?of the super rich and especially all sorts of capital income instead.?

有其法作用

Combined Numerical/Experimental Analysis for Intracranial Aneurysms in a Computational Hemodynamicsoverview by applying the procedure to a cerebral artery disease. Finally, we propose a comparative analysis that has the potential to deepening our knowledge about the development of this arterial disease.

ILEUM

Conference proceedings 2024atical communities, the conference has been opened to researchers from all nationalities..While researchers in analysis and related fields are the primary readership of this volume, PhD students can rely on this book as a valuable source to keep pace with recent advances in differential equations an

palliative-care

Ana Cristina Barroso,José Matias,Elvira Zappalea measurement sequence that consists of several observations at more than one time point. Starting with a classification of various types of dynamic faulty beha978-3-540-54316-9978-3-540-47553-8Series ISSN 0302-9743 Series E-ISSN 1611-3349

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On a Rotational Smagorinsky Model for Turbulent Fluids: An Overview of Recent Results in the Steadywe consider is a generalization of the classical Smagorinsky model and is particularly interesting to properly simulate the vorticity near solid boundaries. We report about existence of weak solution explaining how the use of classical techniques may work or fail showing also perspectives for future studies of more general classes of solutions.