Material parameterization including damage for predicting diver lung underwater explosion (UNDEX) injury [0.03%]
包括损伤的材料参数化用于预测潜水员水下爆炸(UNDEX)伤害
Srivatsa Bhat Kaudur,Daniel C Hammerand,Mohamed Jrad et al.
Srivatsa Bhat Kaudur et al.
A computational framework for predicting the mechanical response of the lung to underwater explosions (UNDEX) is presented that integrates anatomically informed finite-element geometry with carefully chosen constitutive descriptions and par...
Use of indentation test methods for additive manufacturing build verification for Ti-6Al-4V [0.03%]
用于Ti-6Al-4V增材制造构建验证的缩入测试方法的应用
Abigail Tetteh,Daniel Porter,Thomas Southern et al.
Abigail Tetteh et al.
Additive Manufacturing (AM), commonly called 3D printing, has increased significantly for medical device production since 2010. Despite ongoing technological improvements, the variability of mechanical properties for AM parts tends to excee...
Thermomechanical behavior and force modulation of Shape Memory Polymer-Based Orthodontic Aligners: a material-driven biomechanical perspective [0.03%]
基于形状记忆聚合物的正畸矫治器的热机械行为及力学调制：一种材料驱动的生物力学观点
Claire-Adeline Dantagnan,Carole Charavet,Gauthier Dot et al.
Claire-Adeline Dantagnan et al.
Background: Conventional clear aligner therapy predominantly relies on thermoformed thermoplastic polymers whose viscoelastic behavior may lead to significant stress relaxation and force decay under intraoral conditions. ...
Toward biomimetic direct restorations: A nanofiber-based interfacial strategy to approximate dentin-enamel junction behavior [0.03%]
仿生直接修复：一种纳米纤维基界面策略以实现类似牙本质-牙釉质交界的性能
Fernando Emanuelli Moreira,Camila Cristina De Foggi,Mayara Bossardi et al.
Fernando Emanuelli Moreira et al.
The dentin-enamel junction (DEJ) is a biomechanically critical interface that dissipates stresses between brittle enamel and resilient dentin. However, current composite resin (CR)-based restorative protocols do not reproduce this functiona...
Load reversals and damage in magnesium alloys during stent crimping and expansion: Experiments and modelling [0.03%]
镁合金在支架折绕和扩张过程中的载荷卸载与损伤：实验及建模研究
Dirk Steglich,Jacques Besson
Dirk Steglich
Biodegradable magnesium alloys are promising materials for next-generation degradable vascular stents, yet their limited ductility and strong tension-compression asymmetry pose major challenges for device deployment. This study investigates...
Effect of bone mineral density on dental implant osseointegration: A finite element simulation and sensitivity analysis using a modified mechano-regulation algorithm [0.03%]
骨矿物质密度对牙科种植体骨结合的影响：使用改进的力学调控算法进行有限元仿真和敏感性分析
Dongwon Kim,Juhyun Nam,Je Hoon Oh
Dongwon Kim
This study aimed to develop and evaluate a finite element (FE) based peri-implant healing simulation that explicitly incorporates bone mineral density (BMD) into a modified mechano-regulation algorithm for predicting dental implant osseoint...
Biomimetic PLGA nanofiber scaffolds: Crystallization-driven mechanical reinforcement and degradation kinetics analysis [0.03%]
仿生PLGA纳米纤维支架：结晶增强力学性能及降解动力学分析
Jinlong Zhu,Shuqiang Liu,Mengjiao Ji et al.
Jinlong Zhu et al.
Balancing mechanical fatigue resistance with precise degradation kinetics remains a pivotal challenge in the engineering of biodegradable polymeric scaffolds. Herein, we fabricated biomimetic tubular scaffolds via sequential electrospinning...
Assessing the impact of the mechanical parameters on the estimation of myocardial passive stiffness [0.03%]
机械参数对心肌被动张力估计的影响评估
Sarah Leclerc,Delphine Perie
Sarah Leclerc
Passive myocardial stiffness of the left ventricle is a promising biomarker for the early detection of cardiotoxicity and heart failure. It can be estimated non-invasively through inverse optimization, using patient-specific finite element ...
Distinguishing cancerous from non-malignant breast cells using viscoelastic creep and functional principal component analysis [0.03%]
基于蠕变行为和功能主成分分析区分恶性乳腺细胞与良性乳腺细胞
Jolene Cao,Killian Onwudiwe,Jingjie Hu et al.
Jolene Cao et al.
The mechanical responses and properties of breast epithelial cells are known to change during malignant transformation and progression due to the dynamics of their actin cytoskeleton network organization and the resulting viscoelastic defor...
PRIFED 2026 Preferred items checklist to report finite element studies in dentistry [0.03%]
牙科学数字有限元研究优先报道事项检查表(2026年版)
Po-Chun Tseng,Pierre Lahoud,Alex S L Fok et al.
Po-Chun Tseng et al.
Finite Element (FE) analysis is widely used in dental biomechanics, but studies often suffer from insufficient reporting and lack of standardization. This study aimed to develop a consensus-based checklist PRIFED 2026 for improving the tran...