Effect of friction on levelling of the maxillary canine with NiTi superelastic wire - an in silico experiment using a finite element method by Rikou Miyawaki, Yukiko Yokoi

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Microscale bone interlocking enhances osseointegration strength on the rough surface of 3D-printed titanium implants: experimental and finite element analysis by Tianyu Shu, Haoyu Shi, Meng Li, Yu-Chia Lin, Ang Li, Dandan Pei

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A Patient Specific Biomechanical Analysis of Custom Root Analogue Implant Designs on Alveolar Bone Stress: A Finite Element Study by David Anssari Moin, Bassam Hassan, Daniel Wismeijer

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Local decay rates of best-approximation errors using vector-valued finite elements for fields with low regularity and integrable curl or divergence by Dong, Zhaonan, Ern, Alexandre, Guermond, Jean-Luc

“…We estimate best-approximation errors using vector-valued finite elements for fields with low regularity in the scale of the fractional-order Sobolev spaces. …”
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Biomechanical analysis of a newly designed and 3D printed plate-locking interbody cage: an observational study of finite element analysis by Shuai Ni, Rui Yang, Sanmao Liu, Yunxiang Hu

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A biomechanical comparison of posterior malleolar fracture fixation using screws and locking plates in Trimalleolar fractures: a finite element study by Chih-Wei Chang, Yen-Nien Chen, Guan-Heng Jhong, Kuo-Chih Su, Chun-Ting Li

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Upper-Bound Finite Element Adaptive Analysis of Plane Strain Heading in Soil with a Soft Upper Layer and Hard Lower Layer by Jian Zhang, Li Ding, Yu Liang, Jingyao Zong, Zhenya Li

“…This paper investigates the stability of a rectangular tunnel face affected by surcharge loading in soil with a soft upper layer and hard lower layer using upper-bound finite element methods with a plastic-dissipation-based mesh adaptive strategy (UBFEM-PDMA). …”
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Stress Analysis of a Class II MO-Restored Tooth Using a 3D CT-Based Finite Element Model by Yiu Pong Chan, Chak Yin Tang, Bo Gao

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Bilateral Iliosacral and Transsacral Screws Are Biomechanically Favorable and Reduce the Risk for Fracture Progression in Fragility Fractures of the Pelvis—A Finite Element Analysis by Moritz F. Lodde, Matthias Klimek, Elmar Herbst, Christian Peez, Oliver Riesenbeck, Michael J. Raschke, Steffen Roßlenbroich

“…We hypothesize that the use of bilateral SI screws (BSIs) or a transsacral screw (TSI) is superior compared to a unilateral screw (USI) because of a significant reduction in the risk of adjacent fractures and a reduction in fracture progression. (2) Methods: A finite element model of a female pelvic ring was constructed. …”
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Comparison of biomechanical characteristics of the Schneiderian membrane with different transcrestal sinus floor elevation techniques using three-dimensional finite element analysis by Xi Lin, Siqi Xu, Lijuan Chen, Guoying Que

Subjects: “…Finite element analysis…”
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The Effect of Malrotation of Tibial Component of Total Knee Arthroplasty on Tibial Insert during High Flexion Using a Finite Element Analysis by Kei Osano, Ryuji Nagamine, Mitsugu Todo, Makoto Kawasaki

“…The objective of this study is to analyze the effect of malrotation of tibial component for the stress on tibial insert during high flexion using a finite element analysis. We used Stryker NRG PS for analysis. …”
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Finite-element simulation of residual stresses induced by laser shock peening in TC4 samples structurally similar to a turbine blade by A. Kostina, M. Zhelnin, A. Vedernikova, M. Bartolomei, S. Swaroop

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Evaluating the Influence of Drying Shrinkage on Cracking Resistance of Massive Self-Compacting Concrete with Blast Furnace Slag Using Finite Element Method by Benson Kipkemboi, Shingo Miyazawa

“…The purpose of this study is to evaluate the influence of drying shrinkage on the cracking resistance of massive self-compacting concrete with blast furnace slag using a three-dimensional finite element method of analysis (3D FEM). The restraint stress experiment results of the self-compacting concrete beam under drying conditions are compared with those of similar concrete beam models obtained from 3D FEM analysis. …”
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Finite-Element Formulae for Calculating the Sectional Forces of a Bernoulli-Euler Beam on Continuously Viscoelastic Foundation Subjected to Concentrated Moving Loads by Ping Lou

“…In the finite element method, there are shortcomings using the conventional formulae to calculate the sectional forces, i.e., the bending moment and the shear force, at any cross-section of Bernoulli-Euler beam under dynamic loads. …”
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Autotuning of Isotropic Hardening Constitutive Models on Real Steel Buckling Data with Finite Element Based Multistart Global Optimisation on Parallel Computers by Anton Shterenlikht, Mohammad M. Kashani, Nicholas A. Alexander, Gethin Williams, Adam J. Crewe

“…The ultimate limitation was the availability of the finite element commercial solver license tokens.…”
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Influence of different polymeric materials of implant and attachment on stress distribution in implant-supported overdentures: a three-dimensional finite element study by Sherif Elsayed, Yousra Ahmed, Mohamed I. El-Anwar, Enas Elddamony, Reem Ashraf

“…Materials and methods 3D finite element model was established for mandibular overdenture, supported bilaterally by two implants at canine region, and retained by two ball attachments. …”
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Comparative Evaluation of the Effect of Implant Crown Materials on Implant Components and Bone Stress Distribution: A 3D Finite Element Analysis by Kimia Nokar, Faezeh Atri, Saied Nokar

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A Unique Finite Element Modeling of the Periodic Wave Transformation over Sloping and Barred Beaches by Beji and Nadaoka's Extended Boussinesq Equations by Mohammad Hadi Jabbari, Parviz Ghadimi, Mesbah Sayehbani, Arsham Reisinezhad

“…A unique Galerkin finite element and Adams-Bashforth-Moulton predictor-corrector methods are employed for spatial and temporal discretization, respectively. …”
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Numerical Simulations of the Square Lid Driven Cavity Flow of Bingham Fluids Using Nonconforming Finite Elements Coupled with a Direct Solver by R. Mahmood, N. Kousar, M. Yaqub, K. Jabeen

“…The governing equations are discretized with the help of finite element method in space and the nonconforming Stokes element Q~1/Q0 is utilized which gives 2nd-order accuracy for velocity and 1st-order accuracy for pressure. …”
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A Prediction Method Based on Monte Carlo Simulations for Finite Element Analysis of Soil Medium considering Spatial Variability in Soil Parameters by Kedong Tang, Jialiang Wang, Lielie Li

“…With the Stochastic Finite Element Method (SFEM), the spatial variability of soil properties can be incorporated into the analysis of geotechnical structures. …”
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