Topic
Transverse plane
About: Transverse plane is a research topic. Over the lifetime, 17069 publications have been published within this topic receiving 194059 citations. The topic is also known as: axial plane.
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TL;DR: In this article, numerically the hydro-thermal characteristics of a ferrofluid (water and 4-vol% Fe3O4) in a vertical rectangular duct which is exposed to a non-uniform transverse magnetic field generated by an electric current going through a wire located parallelly under the duct were investigated.
125 citations
TL;DR: A review of transverse dynamics in cavity nonlinear optics during the years 2000-2003 can be found in this paper, where transverse pattern dynamics, localized structures, scaling of turn-on transients, properties of nonlinear PDEs, VCSELs, quadratic media, light valves with optical feedback, quantum properties of light, and quantum images are discussed.
Abstract: We review publications on transverse dynamics in cavity nonlinear optics during the years 2000–2003 Topics covered are transverse pattern dynamics, localized structures, scaling of turn-on transients, properties of nonlinear PDEs, VCSELs, quadratic media, light valves with optical feedback, quantum properties of light, and quantum images
125 citations
TL;DR: In this paper, a fully coupled non-linear integro-differential equations, describing axial, transverse and rotational motions of a uniform Euler-Bernoulli beam attached to a rotating rigid hub, are derived by using the extended Hamilton's principle.
125 citations
TL;DR: In this paper, short-period P waves were used to investigate if waveform data could be used to determine which of two nodal planes was the actual fault plane for a small (M L 4.6) earthquake near Upland, California.
Abstract: We examined short-period P waves to investigate if waveform data could be used to determine which of two nodal planes was the actual fault plane for a small ( M L 4.6) earthquake near Upland, California. We removed path and site complications by choosing a small aftershock ( M L 2.7) as an empirical Green function. The main shock P waves were deconvolved by using the empirical Green function to produce simple far-field displacement pulses. We used a least-squares method to invert these pulses for the slip distribution on a finite fault. Both nodal planes (strike 125°, dip 85° and strike 221°, dip 40°) of the first-motion focal mechanism were tested at various rupture velocities. The southwest trending fault plane consistently gave better fitting solutions than the southeast-trending plane. We determined a moment of 4.2 × 10 22 dyne-cm. The rupture velocity, and thus the source area could not be well resolved, but if we assume a reasonable rupture velocity of 0.87 times the shear wave velocity, we obtain a source area of 0.97 km 2 and a stress drop of 38 bars. Choice of a southwest-trending fault plane is consistent with the trend of the nearby portion of the Transverse Ranges frontal fault zone and indicates left-lateral motion. This method provides a way to determine the fault plane for small earthquakes that have no surface rupture and no obvious trend in aftershock locations.
124 citations
TL;DR: In this article, a large reversible degradation of the critical current of multifilamentary Nb3Sn superconductors was observed when uniaxial compressive stress is applied transverse to the conductor axis at 4 K.
Abstract: A large reversible degradation of the critical current of multifilamentary Nb3Sn superconductors has been observed when uniaxial compressive stress is applied transverse to the conductor axis at 4 K. In bronze‐process multifilamentary Nb3Sn, the onset of significant degradation occurs at about 50 MPa. In an applied field of 10 T, the magnitude of the effect is about seven times larger for transverse stress than for stress applied along the conductor axis. The transverse stress effect increases with magnetic field and is associated with a reversible degradation of the upper critical field. The intrinsic effect of transverse stress on the upper critical field is about ten times greater than for axial stress. Although axial stresses on the Nb3Sn filaments are greater than transverse stresses in most applications, the transverse stress effect will need to be considered in the internal design of large magnets because of the greater sensitivity of Nb3Sn to transverse stress. It is shown that the transverse stre...
124 citations