Magnetic resonance imaging provides accurate measures of cartilage creep and biomechanical tissue properties: Ex vivo comparison to ground truth mechanical testing [0.03%]
磁共振成像可准确测量软骨蠕变及生物力学组织特性：与体内机械测试基准的离体对比研究
Bo E Seiferheld,Kenneth K Jensen,Jens B Frøkjær et al.
Bo E Seiferheld et al.
Cartilage mechanical properties have been suggested to be more effective biomarkers for early-stage osteoarthritis (OA) than conventional clinical pain and image feature detection, when compared with OA grading methods. However, limited res...
Modeling of superelastic implant structures made of biomedical oxygen-added Ti-25Nb based shape memory alloys [0.03%]
基于生物医用含氧Ti-25Nb基形状记忆合金的超弹性植入物结构建模
Ricardo D Parga Montemayor,Enrique Lopez Cuellar,Karol Marek Golasiński et al.
Ricardo D Parga Montemayor et al.
This work studies the thermomechanical behavior of Ti-25Nb, Ti-25Nb-0.3O and Ti-25Nb-0.7O shape memory alloys (SMAs), for potential biomedical applications. A constitutive model derived from Brinson's model was developed to simulate the sup...
Alignment of cardiac-induced brain tissue strain with global boundary conditions and local microstructure: potential effects of anisotropy [0.03%]
心脏诱发的大脑组织应变与全局边界条件和局部微结构的对齐：各向异性潜在影响
Marius Burman Ingeberg,Elijah Van Houten,Martijn Froeling et al.
Marius Burman Ingeberg et al.
Introduction: Strain tensor imaging allows for the construction of the full 3D strain tensor in the human brain from precise measurements of systolic cardiac-induced tissue deformation. Such tensors can be decomposed into...
Modeling and optimization of cranial suture anisotropic material properties using a response surface methodology [0.03%]
基于响应面方法的颅缝各向异性材料特性建模与优化
Mahzad Sadati,Michael Baggaley,Kavya Weerasinghe et al.
Mahzad Sadati et al.
The present study aimed to develop and validate a transversely isotropic finite element (FE) model of the cranial suture that predicts suture mechanics, validated using ex-vivo data from the swine internasal suture. A 2D displacement-contro...
A scaffold design method for femoral defects incorporating Haversian system-inspired architecture: Performance comparison of circumferential and radial canal arrangements [0.03%]
一种结合哈弗斯系统启发式架构的股骨缺陷支架设计方法：圆形和径向通道布置的性能比较
Fan Yang,Sujing Tian,He Gong et al.
Fan Yang et al.
Objective: This study aims to develop a versatile scaffold design method for femoral defect repair by integrating a biomimetic scaffold architecture with multi-objective optimization. Two spatial arrangements of Volkmann-...
Post-curing strategies for enhanced polymerization and color stability in 3D-printed composite crowns [0.03%]
用于提高3D打印复合冠状动脉聚合和颜色稳定性的后固化策略
Ana Carolina do Rosário Costa Lima,Ido Luiz de Azevedo Feiten,Mario Pereira Couto Neto et al.
Ana Carolina do Rosário Costa Lima et al.
Statement of the problem: Additive manufacturing technologies in dentistry have enabled the fabrication of definitive restorations using 3D-printed resin composites. However, the effects of different post-curing protocols...
Health monitoring of NiTi endodontic instruments using acoustic Emission: Spectral indicators for predictive damage detection [0.03%]
声发射谱学指标在镍钛根管器械健康监测中的应用及预测性损伤检测研究
Jeanne Davril,Romain Hocquel,Marin Vincent et al.
Jeanne Davril et al.
Nickel-titanium (NiTi) endodontic instruments, also known as files, are widely used in root canal treatments due to their superelastic and shape memory properties. However, their unpredictable failure remains a major concern in clinical pra...
Advancing glaucoma research with multiphysics continuum mechanics modelling: Opportunities and open challenges [0.03%]
多物理场连续介质力学模型在青光眼研究中的机遇与挑战
Daniel Sebastia-Saez,Jinyuan Luo,Mengqi Qin et al.
Daniel Sebastia-Saez et al.
This review examines the emerging role of mechanistic mathematical models based on continuum mechanics to address current challenges in glaucoma research. At present, the advent of Artificial Intelligence and data-based models have resulted...
Multimodal characterization of intracranial biomechanics in a 3D biofidelic head surrogate [0.03%]
用于三维生物保真头模型的颅内力学多模态表征
Ahmed A Alshareef,J Sebastian Giudice,Daniel F Shedd et al.
Ahmed A Alshareef et al.
Rapid head motion causes the brain to deform, which may lead to acute and chronic consequences to normal brain health and function. Since the risk and severity of brain injury correlates with brain strain, computational and physical models ...
Mechanical and cell attachment evaluation of additively manufactured biomimetic architected scaffolds for tissue engineering [0.03%]
基于组织工程技术的仿生架构支架的机械性能和细胞黏附评价
Yosef Wakjira,Arturo Cioni,Hirpa G Lemu et al.
Yosef Wakjira et al.
This study investigates the mechanical and biological properties of biomimetic Triply Periodic Minimal Surface (TPMS) based scaffolds Gyroid, Split P, and Neovius fabricated using the stereolithography process of additive manufacturing tech...