Recent Issues
Volume 19, 5 issues
Volume 19
Issue 5, 747–835
Issue 4, 541–746
Issue 3, 303–540
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Volume 18, 5 issues
Volume 18
Issue 5, 621–764
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Volume 17
Issue 5, 403–501
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Volume 16, 5 issues
Volume 16
Issue 5, 595–696
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Volume 15, 5 issues
Volume 15
Issue 5, 555–633
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Volume 14, 5 issues
Volume 14
Issue 5, 601–770
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Volume 13, 5 issues
Volume 13
Issue 5, 607–714
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Volume 12, 5 issues
Volume 12
Issue 5, 563–722
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Volume 11, 5 issues
Volume 11
Issue 5, 491–617
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Volume 10, 5 issues
Volume 10
Issue 5, 537–630
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Issue 1, 1–103
Volume 9, 5 issues
Volume 9
Issue 5, 465–574
Issue 4, 365–463
Issue 3, 259–363
Issue 2, 121–258
Issue 1, 1–119
Volume 8, 8 issues
Volume 8
Issue 8-10, 385–523
Issue 5-7, 247–384
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Volume 7, 10 issues
Volume 7
Issue 10, 887–1007
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Issue 6, 509–611
Issue 5, 413–507
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Volume 6, 9 issues
Volume 6
Issue 9-10, 1197–1327
Issue 7-8, 949–1195
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Volume 5
Issue 6, 855–1035
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Volume 4, 10 issues
Volume 4
Issue 10, 1657–1799
Issue 9, 1505–1656
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Issue 6, 987–1184
Issue 5, 779–986
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Issue 3, 441–627
Issue 2, 187–440
Issue 1, 1–186
Volume 3, 10 issues
Volume 3
Issue 10, 1809–1992
Issue 9, 1605–1807
Issue 8, 1403–1604
Issue 7, 1187–1401
Issue 6, 1033–1185
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Issue 3, 391–589
Issue 2, 195–389
Issue 1, 1–193
Volume 2, 10 issues
Volume 2
Issue 10, 1853–2066
Issue 9, 1657–1852
Issue 8, 1395–1656
Issue 7, 1205–1394
Issue 6, 997–1203
Issue 5, 793–996
Issue 4, 595–791
Issue 3, 399–594
Issue 2, 201–398
Issue 1, 1–200
Volume 1, 8 issues
Volume 1
Issue 8, 1301–1500
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Issue 6, 957–1095
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Issue 1, 3–200
Journal of
Mechanics
of Materials and Structures
Founded by
Charles R. Steele
Marie-Louise Steele
Adair R. Aguiar
University of São Paulo at São Carlos, Brazil
continuum mechanics, elasticity, biomechanics, computational
mechanics, large deformations, material modeling, wave propagation,
homogenization, stability
Davide Bigoni
University of Trento, Italy
plasticity, shear bands, stability, fracture, nonlinear elasticity,
elastica, metamaterials, ceramics, homogenization, bifurcation
Shurong Ding
Fudan University, China
elastic-plastic mechanics, creep performance of materials, mechanics
of materials and structures under irradiation, multiscale and
multifield coupling mechanics, modeling of mechanical behaviors
Yibin Fu
Keele University, UK
elastic waves, stability, bifurcation, pre-stressed elastic solids
and structures
Sefi Givli
Technion, Israel
mechanics of nano-scale biological systems, muscle mechanics, protein unfolding, bi-stable and multi-stable mechanisms, mechanics of lipid membranes, cell motility, strength and reliability of heterogeneous structures
Panos Gourgiotis
National Technical University
of Athens, Greece
micromechanics of materials, fracture, contact mechanics,
dislocations, wave propagation in solids, generalized continuum theories
Iwona Jasiuk
University of Illinois at
Urbana-Champaign, USA
modeling and characterization of composite materials; biological
materials and biomechanics; nanocomposites
Philipp Junker
Leibniz University Hannover, Germany
continuum mechanics, computational mechanics, coupled problems,
material modeling, variational principles, damage modeling,
phase transformations, optimization
Mitsutoshi Kuroda
Yamagata University, Japan
plasticity
C. W. Lim
City University of Hong Kong (Dongguan), China
symplectic elasticity, vibration, theory of plates and shells, structural
dynamics, smart materials, nanomechanics and hydrodynamic stability
Zishun Liu
City University of Hong Kong (Dongguan), China
mechanics of soft materials, nanomechanics
Thomas J. Pence
Michigan State University, USA
continuum mechanics, hyperelasticity, interacting continua,
poroelasticity, soft material actuation, tissue mechanics
Gianni Royer-Carfagni
Università degli studi di Parma, Italy
nonlinear elasticity, quasi-brittle materials, metal plasticity,
structural optimization, glass structures
David J. Steigmann
University of California at Berkeley, USA
continuum mechanics and electrodynamics, shell theory, finite
elasticity, lipid membranes
Paul Steinmann
Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
nonlinear continuum multiphysics, computational methods,
multiscale modelling
Kenjiro Terada
Tohoku University, Japan
multiscale modeling and analysis for heterogeneous materials,
modeling of materials, analysis failure, methods discretization,
topology optimization
Xin Yi
Peking University, China
nonlinear mechanics, elastic rods, lipid membranes
and vesicles, nanostructured metallic materials
J. P. Carter
University of Newcastle,
Australia
J. Hutchinson
Harvard University, USA
D. Pamplona
Universidade Católica do Rio
de Janeiro, Brazil
M. B. Rubin
Technion, Haifa, Israel
For production matters, contact production@msp.org .