Publications related to Inverse hyperbolic functions

Concentration compactness for critical radial wave maps

We consider radially symmetric, energy critical wave maps from (1 + 2)-dimensional Minkowski space into the unit sphere

\mathbf{S}^m

, m≥1, and prove global regularity and scattering for classical smooth data of finite energy. In addition, we establish a ...

2018

Non-linear transfer function identification of pressure probes using Siren Disks

Jürg Alexander Schiffmann, Karim Magdi Zakaria Abdelrahman Shalash, Fatma Ceyhun Sahin

This article presents a Siren Disk proof of concept for the dynamic excitation of pressure probes, and a method to reconstruct distorted signals due to pneumatic channels. Constraints in sensor installation require placing a pressure transducer distant fro ...

2018

Maximizing Symmetric Submodular Functions

Moran Feldman

Symmetric submodular functions are an important family of submodular functions capturing many interesting cases, including cut functions of graphs and hypergraphs. Maximization of such functions subject to various constraints receives little attention by c ...

Association for Computing Machinery2017

Numerical Analysis Of A Thermoelastic Diffusion Problem With Voids

Maria Masid Barcon

In this paper we consider, from the numerical point of view, a thermoelastic diffusion porous problem. This is written as a coupled system of two hyperbolic equations, for the displacement and porosity fields, and two parabolic equations, for the temperatu ...

Isci-Inst Scientific Computing & Information2017

Minimal entropy for uniform lattices in product of hyperbolic planes

Louis Georges Eric Merlin

Let M be a quotient of H-2 x ... x H-2 (product of hyperbolic planes) by a uniform lattice of. PSL2(R))(n). We prove that, among metrics of M of prescribed volume, the sum of hyperbolic metrics has minimal volume entropy. ...

European Mathematical Soc2016

A framework for forward-dynamics simulation of the human shoulder

Dominique Pioletti, Alexandre Terrier, Alain Farron, Philippe Müllhaupt, Ehsan Sarshari

A vast majority of the available biomechanical models of the human shoulder has been developed based on inverse dynamics, e.g. [1,2]. This imposes a number of limitations on their application. For instance, the glenohumeral joint is approximated as an idea ...

2016

Modeling 3D Magma Dynamics Using a Discontinuous Galerkin Method

Jan Sickmann Hesthaven

Discontinuous Galerkin (DG) and matrix-free finite element methods with a novel projective pressure estimation are combined to enable the numerical model- ing of magma dynamics in 2D and 3D using the library deal.II . The physical model is an advection-rea ...

Global Science Press2015

Modeling the imaginary branch in III-V tunneling devices: Effective mass vs k.p

Mihai Adrian Ionescu, Cem Alper, José Luis Padilla de la Torre, Pierpaolo Palestri

In this work we extend an effective mass model for computing the drain current of tunnel-FETs to account for the anti-crossing of the light- and heavy-hole branches of the valence band. The model is validated by comparison with NEGF simulations based on a ...

IEEE2015

Development of an identification method of pressure anisotropy based on equilibrium analysis and magnetics

Wilfred Anthony Cooper

We evaluate the fluxes measured by the magnetic flux loops installed in LHD by using a three dimensional MHD equilibrium analysis code, ANIMEC, which enable us to directly determine the calibration function between the anisotropic pressure and the measured ...

American Institute of Physics2013

Finite Element Method on Riemann Surfaces and Applications to the Laplacian Spectrum

Marc Maintrot

The objective of this PhD thesis is the approximate computation of the solutions of the Spectral Problem associated with the Laplace operator on a compact Riemann surface without boundaries. A Riemann surface can be seen as a gluing of portions of the Hype ...

EPFL2012

Inverse hyperbolic functions

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Concentration compactness for critical radial wave maps

Non-linear transfer function identification of pressure probes using Siren Disks

Maximizing Symmetric Submodular Functions

Numerical Analysis Of A Thermoelastic Diffusion Problem With Voids

Minimal entropy for uniform lattices in product of hyperbolic planes

A framework for forward-dynamics simulation of the human shoulder

Modeling 3D Magma Dynamics Using a Discontinuous Galerkin Method

Modeling the imaginary branch in III-V tunneling devices: Effective mass vs k.p

Development of an identification method of pressure anisotropy based on equilibrium analysis and magnetics

Finite Element Method on Riemann Surfaces and Applications to the Laplacian Spectrum

Non-linear transfer function identification of pressure probes using Siren Disks

Concentration compactness for critical radial wave maps

Numerical Analysis Of A Thermoelastic Diffusion Problem With Voids

Modeling 3D Magma Dynamics Using a Discontinuous Galerkin Method

A framework for forward-dynamics simulation of the human shoulder

Maximizing Symmetric Submodular Functions

Minimal entropy for uniform lattices in product of hyperbolic planes

Development of an identification method of pressure anisotropy based on equilibrium analysis and magnetics

Finite Element Method on Riemann Surfaces and Applications to the Laplacian Spectrum

Modeling the imaginary branch in III-V tunneling devices: Effective mass vs k.p