High-velocity fragmentation of titanium alloy rings and cylinders produced using Field-Assisted Sintering Technology [0.03%]
使用场辅助烧结技术生产的钛合金环和圆柱的高速破碎过程研究
T Virazels,S Lister,O Levano-Blanch et al.
T Virazels et al.
This paper explores the mechanics of high-velocity impact fragmentation in titanium alloys produced by Field-Assisted Sintering Technology. For that purpose, we have utilized the experimental setups recently developed by Nieto-Fuentes et al...
Predicting free edge delamination induced by thermal loading using finite fracture mechanics [0.03%]
基于有限断裂力学的热载荷引起的自由边分层预测
Mohammad Burhan,Zahur Ullah,Zafer Kazancı et al.
Mohammad Burhan et al.
The material mismatch between the dissimilarly oriented plies within laminated structures induces localised singular interlaminar stresses at free edges, under various loading conditions such as mechanical, moisture, or thermal. These inter...
The influence of random microstructure on wave propagation through heterogeneous media [0.03%]
随机显微结构对异质体中波传播的影响
Yilang Song,Inna M Gitman,William J Parnell et al.
Yilang Song et al.
In this paper the influence of mechanical and geometrical properties, both deterministic and stochastic in nature, of a heterogeneous periodic composite material on wave propagation has been analysed in terms of the occurrence of stop-bands...
Strength increase during ceramic biomaterial-induced bone regeneration: a micromechanical study [0.03%]
陶瓷生物材料诱导骨再生的强化作用：微观力学研究
Stefan Scheiner,Vladimir S Komlev,Christian Hellmich
Stefan Scheiner
Bone tissue engineering materials must blend in the targeted physiological environment, in terms of both the materials' biocompatibility and mechanical properties. As for the latter, a well-adjusted stiffness ensures that the biomaterial's ...
Towards understanding the influence of porosity on mechanical and fracture behaviour of quasi-brittle materials: experiments and modelling [0.03%]
准脆性材料孔隙率对其力学和断裂行为影响的实验与建模研究
Dong Liu,Branko Šavija,Gillian E Smith et al.
Dong Liu et al.
In this work, porosity-property relationships of quasi-brittle materials are explored through a combined experimental and numerical approach. In the experimental part, hemihyrate gypsum plaster powder ( CaSO 4 · 1 / 2 H 2 O ) and exp...
Harika C Tankasala,Vikram S Deshpande,Norman A Fleck
Harika C Tankasala
The competition between crack penetration and crack kinking is addressed for a mode I macroscopic crack in an orthotropic elastic solid. Cohesive zones of finite peak strength and finite toughness are placed directly ahead of and orthogonal...
A theoretical and computational framework for studying creep crack growth [0.03%]
用于研究蠕变裂纹扩展的理论和计算框架
Elsiddig Elmukashfi,Alan C F Cocks
Elsiddig Elmukashfi
In this study, crack growth under steady state creep conditions is analysed. A theoretical framework is introduced in which the constitutive behaviour of the bulk material is described by power-law creep. A new class of damage zone models i...
A diffusion-based approach for modelling crack tip behaviour under fatigue-oxidation conditions [0.03%]
基于扩散的疲劳氧化条件下裂纹尖端行为建模方法研究
R J Kashinga,L G Zhao,V V Silberschmidt et al.
R J Kashinga et al.
Modelling of crack tip behaviour was carried out for a nickel-based superalloy subjected to high temperature fatigue in a vacuum and air. In a vacuum, crack growth was entirely due to mechanical deformation and thus it was sufficient to use...
Notch sensitivity of orthotropic solids: interaction of tensile and shear damage zones [0.03%]
各向异性固体的缺口敏感性：拉伸和剪切损伤区的相互作用
Harika C Tankasala,Vikram S Deshpande,Norman A Fleck
Harika C Tankasala
The macroscopic tensile strength of a panel containing a centre-crack or a centre-hole is predicted, assuming the simultaneous activation of multiple cohesive zones. The panel is made from an orthotropic elastic solid, and the stress raiser...
Complete analytical solutions for double cantilever beam specimens with bi-linear quasi-brittle and brittle interfaces [0.03%]
具有双线性准脆性和脆性界面的双悬臂梁试样完整解析解
Leo Škec,Giulio Alfano,Gordan Jelenić
Leo Škec
In this work we develop a complete analytical solution for a double cantilever beam (DCB) where the arms are modelled as Timoshenko beams, and a bi-linear cohesive-zone model (CZM) is embedded at the interface. The solution is given for two...