Peridynamics: a nonlocal continuum theory Etienne Emmrich1 , Richard B. Lehoucq2 , and Dimitri Puhst1 1 2

Source URL: www.math.tu-berlin.de

• Physics
• Peridynamics
• Fourier analysis
• Theoretical physics
• Constitutive equation
• Continuum mechanics
• Fourier transform
• Analysis

Journal of Computational and Applied Mechanics, Vol. 6., No. 2., (2005), pp. 311–319 NUMERICAL SIMULATION OF THE DYNAMICS OF A NONLOCAL, INHOMOGENEOUS, INFINITE BAR Olaf Weckner Massachusetts Institute of Technology

Source URL: www.math.tu-berlin.de

• Symbol
• Greek letters
• Zeta
• Wave equation
• Writing
• Language
• Character encoding
• Digital typography
• Table of stars with Bayer designations

WELL-POSEDNESS OF THE PERIDYNAMIC MODEL WITH LIPSCHITZ CONTINUOUS PAIRWISE FORCE FUNCTION∗ ETIENNE EMMRICH† AND DIMITRI PUHST‡ Abstract. Peridynamics is a nonlocal theory of continuum mechanics based on a, in gener

Source URL: www.math.tu-berlin.de

• Mathematical analysis
• Mathematics
• Analysis
• Lipschitz continuity
• Continuous function
• Limit of a function
• Vector field
• Equicontinuity
• Modulus of continuity
• Differential forms on a Riemann surface

Large time behavior, Lyapunov functionals and the rearrangement theory for a nonlocal differential equation by Thanh Nam NGUYEN (NIMS)

Source URL: fmsp.ms.u-tokyo.ac.jp

• Operator theory
• Partial differential equations
• Ordinal numbers
• Complex analysis
• Harmonic analysis
• NeumannPoincar operator

Grothendieck Inequalities, Nonlocal Games and Optimization Jop Briët Grothendieck Inequalities,

Source URL: homepages.cwi.nl

• University of Amsterdam
• Mathematical optimization
• Inequalities
• Quantum mechanics
• Institute for Logic
• Language and Computation
• Semidefinite programming
• Grothendieck inequality
• Quantum entanglement

EPJ Appl. Metamat. 2016, 3, 2 Ó M. Moccia et al., Published by EDP Sciences, 2016 DOI: epjamAvailable online at: http://epjam.edp-open.org

Source URL: epjam.edp-open.org

• Metamaterials
• Electromagnetism
• Nanomaterials
• Optics
• Materials science
• Spatial dispersion
• Transformation optics
• Metamaterial
• Dispersion relation
• Plasmonic metamaterial
• Nonlocal
• Wave

A class of integro-differential equations incorporating nonlinear and nonlocal damping with applications in nonlinear elastodynamics: Existence via time discretisation‡ Etienne Emmrich1 and Mechthild Thalhammer2 1 Univ

Source URL: www.math.tu-berlin.de

• Partial differential equations
• Functional analysis
• Ordinary differential equations
• Operator theory
• Complex analysis
• Sobolev space
• Damping
• Constructible universe
• Distribution
• Connection
• Differential forms on a Riemann surface
• NeumannPoincar operator

Mathematisches Kolloquium Some Nonlocal Problems in Analysis and Geometry Prof Dr. Tobias Weth (Frankfurt) Nonlocal and nonlinear operator equations appear both in classical and in current problems with analytic and geom

Source URL: www.mi.uni-koeln.de

Nonlocal modified gravity Ivan Dimitrijevi´ c, Branko Dragovich,

Source URL: p-adics2015.matf.bg.ac.rs

Research Interests – Pavel Gurevich My research interests are in the field of partial differential equations and dynamical systems. In the beginning of my scientific career, I worked with so-called nonlocal problems.

Source URL: dfg.de