Optimal material properties, sizes or curved stiffener layout can be efficiently obtained by using the proposed sensitivity calculation method.
Material properties, sizes of weld and contact interaction between concrete and steel were considered in the developed finite element model.
Second, at nanoscale, material properties are size dependent.
The restitution coefficient depends on a considerable number of parameters, mainly on particle material properties, particle size, particle shape, impact velocity, impact angle, and target surface material properties.
We describe rare phased gold silicon oxide nanostructured hybrid biomaterials and its unique cancer controlling properties, owing to material properties, concentration, size and density.
Using simulations, many parameters are investigated in this work for their effects on the damping performance, including material properties, particle size, device geometry, and excitation level.
For a given material property, the size effect increases when the αshape parameter increases or the size of the nanostructure D decreases or both.
Figure 6 Material properties: (a) grain size distribution, (b) soil water characteristics curve, (c) hydraulic conductivity function.
From the beginning, nanomaterials showed great promise for a wide range of applications due to the ability to tune material properties by controlling size.
The control of material properties on landslide size and geometry is examined through deterministic and probabilistic 2D limit-equilibrium slope stability analyses.
