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The elastodynamic bimaterial interface under mode I and mode II loading
Benat Gurrutxaga Lerma
Metallurgy and Materials
Research output
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Contribution to journal
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Article
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peer-review
29
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Dive into the research topics of 'The elastodynamic bimaterial interface under mode I and mode II loading'. Together they form a unique fingerprint.
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Mathematics
Bimaterial
67%
Elastodynamics
54%
Scattering
20%
Crack Tip
19%
Factorization
18%
Crack
14%
Debonding
12%
Seismic Waves
11%
Interface Crack
11%
Singularity
10%
Layered Media
10%
kernel
10%
Near-field
9%
Shear Stress
9%
Scattering Matrix
9%
Composite Materials
9%
Far Field
9%
Slip
8%
Fault
8%
Successive Approximation
8%
Analytic Solution
7%
Fiber
6%
Contact
6%
Form
6%
Character
5%
Modeling
4%
Chemistry
Seismic Wave
100%
Shear Stress
54%
Shear
41%
Displacement
37%
Force
30%
Fiber
29%
Composite Material
22%
Physics & Astronomy
elastodynamics
59%
factorization
20%
cracks
15%
crack tips
13%
scattering
10%
hoops
8%
seismic waves
8%
S matrix theory
7%
shear stress
5%
far fields
5%
near fields
5%
slip
5%
shear
4%
expansion
4%
composite materials
3%
fibers
3%
matrices
3%
approximation
3%
Engineering & Materials Science
Scattering
42%
Factorization
34%
Cracks
23%
Crack tips
22%
Seismic waves
14%
Debonding
12%
Shear stress
10%
Fibers
7%
Composite materials
6%