Poro-viscoelastic mechanical characterization of healthy and osteoarthritic human articular cartilage [0.03%]
人正常和骨关节炎的软骨机械性质的表征
Jessica Faber,Alexander Greiner,Paula Büttner et al.
Jessica Faber et al.
Articular cartilage serves an important mechanical function in the human body. For the design of implants for cartilage repair after injury or disease, it is key to thoroughly understand the unique mechanical properties of the native tissue...
Aratrika Pan,Stevan Glisic,Blain Jones et al.
Aratrika Pan et al.
Abdominal aortic aneurysm (AAA) is characterized by extensive remodeling of the extracellular matrix. The propensity of AAA rupture is dependent on the macro as well as micro and nanoscale heterogeneity in its mechanical properties. Previou...
Mechanical characterization of the equine linea alba and finite element modeling of suture patterns effects on its closure [0.03%]
马股线的力学特性及缝合方式对其闭合影响的有限元分析
Jellis Bollens,Lise Gheysen,Maria Verkade et al.
Jellis Bollens et al.
Postoperative incisional complications are common in horses following abdominal surgery, which typically involves an incision through the abdominal wall along the linea alba. The linea alba is a fibrous band running in the craniocaudal dire...
Relevance of mode mixity when contrasted with adhesion variability in dental restorations [0.03%]
与牙科修复体粘结变异性对比下的模式多样性意义分析
Yannick Yasothan,Mariam Diarra,Jan Neggers et al.
Yannick Yasothan et al.
Dental repair treatments often involve a bonded ceramic prosthesis, where the bonded interface constitutes a weakness subjected to complex mechanical stresses, leading to mixed interface loading. In such cases, the mixed-mode interface prop...
Physics-Informed Neural Networks (PINNs) for solving the forward and inverse problems of prostate biomechanics [0.03%]
基于物理的神经网络(PINN)在前列腺生物力学正向和逆向问题求解中的应用
María Ferrón-Vivó,Enrique Nadal,José Manuel Navarro-Jiménez et al.
María Ferrón-Vivó et al.
This work introduces a novel integration of Physics-Informed Neural Networks (PINNs) with hyperelastic material modeling, employing the Neo-Hookean model to estimate the stiffness of soft tissue organs based on realistic anatomical geometri...
Fused filament fabrication manufactured biological scaffolds: An investigation of mechanical properties by using the Taguchi method and machine learning techniques [0.03%]
基于Taguchi方法和机器学习技术的熔融沉积制造生物支架力学性能研究
Idil Tartici,Paulo Bartolo
Idil Tartici
Tissue engineering scaffolds are three-dimensional, biocompatible, biodegradable, and porous structures designed to support cell attachment, proliferation, and differentiation, leading to new tissue formation. Designing optimal scaffolds is...
Mechanical characterisation of hand first dorsal interosseous muscle during gripping [0.03%]
握持过程中手第一掌骨外肌的机械特性分析
Simon Vauthier,Christophe Noël,Nicla Settembre et al.
Simon Vauthier et al.
Prolonged exposure to vibrations from handheld tools can result in various disorders. Understanding how vibrations propagate through the hand is a key area of research involved in preventing these disorders. Within this, it is essential to ...
Shear-induced rotation mechanism of VWF A2 domain plays important role in mediating platelet adhesion [0.03%]
剪切力诱导的VWF A2结构城旋转在介导血小板粘附中起重要作用
Kuan-Yu Pan,Shu-Wei Chang
Kuan-Yu Pan
von Willebrand Factor (VWF) is a blood glycoprotein which plays an important role in mediating platelet adhesion to damaged blood vessel during hemostasis. It is known that the shear stress in blood stretches the A2 structural domain and re...
Biomechanical evaluation of shape-optimized CAD/CAM magnesium plates for mandibular reconstruction [0.03%]
形状优化的CAD CAM镁板下颌骨重建生物力学评估
Philipp Ruf,Kilian Richthofer,Vincenzo Orassi et al.
Philipp Ruf et al.
Magnesium CAD/CAM miniplates are a promising alternative to titanium plates for mandibular reconstruction. However, gas formation is an inherent part of the magnesium degradation process, and thus, the quantity of magnesium used in fixation...
Increasing the fatigue strength of laser-powder bed fusion manufactured Ti6Al4V hip stems by means of appropriate post-treatments [0.03%]
通过适当的后处理提高激光粉末床熔化制造的Ti6Al4V髋关节假体柄的疲劳强度
Stefan Schroeder,Jens Gibmeier,Phuong Thao Mai et al.
Stefan Schroeder et al.
Due to the lower fatigue resistance of LPBF manufactured Ti6Al4V alloy compared to wrought material, hip stems are still manufactured conventionally, despite the advantages of patient-specific joint replacements. Therefore, the aim of the s...