In order to develop the finite element models, the generalized Hamilton's principle for electro-mechanical materials with Euler Bernoulli beam assumptions is used.
Hybridisation of SMC enhanced mechanical material properties with a significant increase in tensile (+171 %) and compressive (+151 %) moduli of elasticity and tensile strength (+204 %).
The model accounts for the variation in the thermal and mechanical constituent materials with temperature associated with the RC beam.
Therefore, the preparation of dual responsive shape memory polymer/clay nanocomposites pave a new way to design and fabricate high mechanical shape memory materials with dual triggering mechanism.
As a rule, selection is based solely on assessing the mechanical properties of materials with little or no consideration of how these mechanical properties will interface with specific operating parameters found within different industries.
In 1966, he co-authored a book — still in print — on the subject, titled Mechanical Behavior of Materials, with Ali Argon.
This article provides an overview of the mechanical properties of materials with particular emphasis placed upon orthopaedic biomaterials.
The mechanical behaviour of materials with spatial gradients in composition is of relevant interest in a variety of applications.
Hydrogen, regardless of its source (corrosion, hydrogen gas, cathodic protection or fabrication processes), is known to effect the mechanical properties of materials with reduction in ductility and toughness.
Understanding the mechanical properties of materials with external dimensions on the nanometer scale is crucial for the design and fabrication of nanoelectronics and nanosystems.
Moreover, the results demonstrate that utilizing only transversal vibration is not a valid strategy for quantifying mechanical properties of materials with arbitrary crystallographic orientation.
