Results 251 to 260 of about 472,137 (304)

Centred Axial Force

2017
This chapter presents the design methods of reinforced concrete elements subjected to axial action, starting from the columns under compression and proceeding with the tension members, for which in particular the criteria for cracking calculation are given.
Giandomenico Toniolo, Marco di Prisco
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Eccentric Axial Force

2017
This chapter presents the design methods of reinforced concrete sections subjected to eccentric axial force with their serviceability and resistance verifications. Specific design models are shown for columns and the criteria for nonlinear analysis of frames are presented.
Giandomenico Toniolo, Marco di Prisco
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Axial forces in the bronchial tree

Journal of Applied Physiology, 1977
Dog airways in situ are longer and extend more with inflation than when dissected out. The associated deformation of the parenchyma, from considerations of elasticity, appears to be small. The associated axial forces, to the extent they are transmitted along the tree, are governed by branching angles. Overall, average angles are such as would maintain
F G, Hoppin, J M, Hughes, J, Mead
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Axial Capillary Forces

2013
This chapter presents classical techniques to compute the shape of a meniscus using the energetic method and its numerical implementation using Surface Evolver. It provides the numerical solution of the Laplace equation for axially symmetric configuration and some useful analytical approximations (circular or toroidal approximation, parabolic ...
Pierre Lambert, Jean-Baptiste Valsamis
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Dynamic Behavior of Tapping Axial Force

Journal of Vibration Engineering & Technologies, 2021
Tapping is one of the processes that most requires attention in the industry, due to the stage in which it occurs and its characteristics. In the case of tapping, it is common to use components and equipment with less rigidity, which compromises the dynamic behavior in several situations and can lead to process distortion or failure.
Igor Cézar Pereira, Lidianne de Paula Pinto Mapa, Thamiris Nogueira de Barros, Reinaldo Clemente Fortes, Marcio Bacci da Silva, Gustavo Paulinelli Guimarães   +5 more
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Axially Symmetric Force-Free Plasmoids

The Physics of Fluids, 1964
The theory of force-free magnetic fields is applied to equilibrium configurations of an incompressible fluid with axisymmetric motions. It is demonstrated that solutions satisfying collinear force-free flow satisfy the vorticity equation for zero viscosity.
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Analysis on Axial Magnetic Force of Permanent Axial Bearing by Axial Magnetized

Applied Mechanics and Materials, 2012
Permanent magnet axial bearing axial stiffness analysis is critical in the design process of permanent magnetic bearing. This article establishes the axial magnetic model through the equivalent magnetic charge method, but the equivalent magnetic charge method solving the axial force need work out four complicated quadruple integrals.
Man Fan, Xi Ping Wang, Wei Li, Li Guo, Yu Min Yang   +4 more
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Determining the Axial Force in Metallic Rods

Structural Engineering International, 1994
A new method to determine the tensile axial force in metallic rods is presented. The method consists of an analytical identification procedure, based on the experimental measurement of the fundamen...
BLASI C, SORACE, Stefano
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Axial Capillary Forces (Dynamics)

2013
Up to now, we have only considered liquid bridges at equilibrium. Therefore, the forces applied by these menisci on solids they connect are only due to surface tension effects. If the meniscus is stretched or compressed with an important velocity or an important acceleration, viscous or inertial effects have to be added to capillary forces.
Jean-Baptiste Valsamis, Pierre Lambert
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Design of web stiffeners: axial forces

Journal of Constructional Steel Research, 2003
Abstract Existing design methods for web stiffeners differ widely in concept and in the stiffener size which results. This paper describes part of an investigation which aims to provide a rational, usable and validated design method for transverse stiffeners.
M. Xie, J.C. Chapman
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