Geometrically Nonlinear Shell Analysis is a computational mechanics methodology that models shell structures undergoing large deformations and rotations, where the strain-displacement relationships account for nonlinear geometric effects, distinguishing it from linear shell analyses by incorporating higher-order terms in the kinematic description.
248
Publications
13K
Citations
493
Authors
264
Institutions
Publications per year
2017–2026
56
Parents
Publications
248
1–5 of 248
Authors
493
- FD
6
h-index
- AR
5
h-index
- MR
5
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- HB
5
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- RR
5
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1–5 of 493
Institutions
264
Massachusetts Institute of Technology
Cambridge, United States
10 h-index
15 publications
3.2K citations
University of Hong Kong
Pok Fu Lam, Hong Kong
6 h-index
11 publications
1.3K citations
Texas A&M University
College Station, United States
6 h-index
12 publications
678 citations
Universidade de São Paulo
São Paulo, Brazil
5 h-index
12 publications
560 citations
Tsinghua University
Beijing, China
5 h-index
15 publications
231 citations
University of Sfax
Sfax, Tunisia
5 h-index
17 publications
681 citations
Ferdowsi University of Mashhad
Mashhad, Iran
5 h-index
12 publications
297 citations
Harbin Engineering University
Harbin, China
5 h-index
15 publications
406 citations
1–8 of 264
Venues
- International Journal for Numerical Methods in Engineering
34 publications · 2.3K citations
22
h-index
- Computer Methods in Applied Mechanics and Engineering
24 publications · 2.6K citations
21
h-index
- Computers & Structures
17 publications · 472 citations
14
h-index
- Computational Mechanics
13 publications · 586 citations
12
h-index
- Finite Elements in Analysis and Design
11 publications · 710 citations
11
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1–5