Sentence examples for solids subject from inspiring English sources
An analysis of inner cone cracks in brittle solids subject to cyclic indentation in liquid is presented.
Homogeneous, anisotropic and linearly elastic solids, subjected to a given state of strain (or stress), are considered.
We compute the effective toughness of a weak, sinusoidal cohesive interface between two dissimilar elastic plastic solids subjected to dominant mode I loading.
A new continuum constitutive theory is developed and implemented for study of polycrystalline brittle solids subjected to possibly large stress and finite deformation.
A two-dimensional theoretical model is proposed for investigation of the fracture processes and assessing residual contact durability of solids subjected to cyclic contact.
A finite element based numerical model is developed to simulate the thermal cracking behavior of brittle solids subjected to thermal shock.
The dynamic behavior of gradient cellular solids subjected to high velocity impact is investigated, with shock theory and rigid-perfectly-plastic-locking idealization.
This paper presents an analytical spectral dynamic stiffness (SDS) formulation for exact inplane modal analysis of composite plate assemblies and prismatic solids subjected to any arbitrary boundary conditions, arbitrary non-uniform elastic supports, mass attachments and coupling constraints.
Bulk particulate solids subjected to compression and shearing may experience attrition and segregation of the debris which can cause amongst others dust hazards, difficulty in material handling and 'off-specification' products.
The stress intensity factors (SIF), the electric displacement intensity factor (EDIF), the magnetic induction intensity factor (MIIF) as well as the mechanical strain energy release rate (MSERR) are evaluated for different crack configurations in both finite and infinite solids subjected to in-plane combined magnetic electric mechanical loading conditions.
The numerical simulation results are found to be consistent with the experimental observations in the literature, which indicates that the proposed numerical model is a potentially powerful tool to study the cracking behavior of the heterogeneous brittle solids subjected to thermal shock.
