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Nonlinear dynamic analysis with a 48 d.o.f. curved thin shell element
Sunil Saigal
, T. Y. Yang
Research output
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Contribution to journal
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Article
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peer-review
30
Scopus citations
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Dive into the research topics of 'Nonlinear dynamic analysis with a 48 d.o.f. curved thin shell element'. Together they form a unique fingerprint.
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Mathematics
Shell Element
100%
Thin Shells
81%
Dynamic Analysis
77%
Nonlinear Analysis
68%
Nonlinear Dynamics
67%
Shell Structure
63%
Shell
62%
Equations of Motion
40%
Plastic Zone
34%
Axisymmetry
33%
Strain Hardening
32%
Static Analysis
28%
Dynamic Response
28%
Flat Plate
26%
Cap
24%
Plasticity
23%
Dynamic Behavior
23%
Ring or annulus
22%
Iterative Procedure
22%
Plastics
21%
Numerical integration
19%
Nonlinear Equations
16%
Iteration
13%
Numerical Examples
12%
Range of data
12%
Demonstrate
12%
Polynomial
10%
Operator
9%
Model
6%
Class
6%
Engineering & Materials Science
Equations of motion
58%
Dynamic analysis
56%
Nonlinear equations
33%
Static analysis
32%
Strain hardening
32%
Plasticity
29%
Mathematical operators
28%
Plastic deformation
27%
Dynamic response
26%
Polynomials
24%
Plastics
22%