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IRWAN KATILI

Universitas Indonesia S3 - Teknik Sipil SINTA ID : 6062804
2.859
SINTA Score Overall
447
SINTA Score 3Yr
2.859
Affil Score
447
Affil Score 3Yr
Latest number of publications
  Scopus Analysis  

A quadrilateral curved shell element with pseudo-curvatures and the discrete shear projection method
Q1 as Journal Composite Structures
Author Order : 3 of 4     Creator : Katili R.S.
2026 0 cited
Improved DKMT18 flat shell element with pseudo-curvatures
Q1 as Journal Computers and Structures
Author Order : 2 of 4     Creator : Katili R.S.
2026 0 cited
A simple triangular shell finite element with shear effects and C0 3D geometry
Q1 as Journal Finite Elements in Analysis and Design
Author Order : 3 of 4     Creator : Batoz J.L.
2026 0 cited
Dual-function valorization of low-grade fly ash via zeolitization for environmental remediation and concrete enhancement
Q1 as Journal Green Technologies and Sustainability
Author Order : 0 of 14     Creator : Ekaputri J.J.
2026 0 cited
An enrichment of Q4γs plate finite element using incomplete quadratic functions, an assumed energy orthogonality of Bergan's free formulation, and mixed transverse shear strains
Q1 as Journal Computers and Structures
Author Order : 3 of 3     Creator : Makarim Katili A.
2025 6 cited
Locking-free polygonal plate element based on the discrete shear projection method
Q1 as Journal Computers and Structures
Author Order : 4 of 4     Creator : Akhila G.
2025 9 cited
Comparison of Higher-Order Beam Theory and First-Order Beam Theory Models on FGM Beam Element for Static Analysis
no-Q as Journal Journal of Advanced Research in Applied Sciences and Engineering Technology
Author Order : 2 of 3     Creator : Martina A.
2025 1 cited
DSQK finite element with assumed orthogonality bending energy and mixed transverse shear strains for thermal buckling analysis of three-layer functionally graded sandwich plates
Q1 as Journal Composite Structures
Author Order : 1 of 4     Creator : Katili I.
2025 1 cited
A New Performing Quadrilateral Finite Element With 24 Degrees of Freedom Valid for Thin and Thick Shell Modelling: Formulation Aspects and Numerical Results
Q1 as Journal International Journal for Numerical Methods in Engineering
Author Order : 3 of 4     Creator : Widyatmoko S.
2025 5 cited
Triangular DSPM15 shell element based on the Reissner-Naghdi model, an assumed orthogonal bending energy, and mixed transverse shear strains
Q1 as Journal Computers and Structures
Author Order : 5 of 5     Creator : Katili A.M.
2025 4 cited
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Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 56 87 0
Citation 1215 1562 0
Cited Document 48 63 0
H-Index 22 22
i10-Index 34 38
G-Index 1 1
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