Single-walled carbon nanotubes (SWCNTs) possess outstanding photophysical properties
which has garnered interest towards utilizing these materials for biosensing and imaging …

Engineering structures are subjected to strain and deflection, due to various loads, and/or
environmental effects. It is, thus, of uttermost importance to monitor the strain condition of …

Life-cycle performance assessment of bridges is crucial for decisions pertaining to
functionality, maintenance, and rehabilitation while accounting for inherent epistemic and …

In civil, mechanical, and aerospace structures, full-field measurement has become
necessary to estimate the precise location of precise damage and controlling purposes …

Thermal management materials have become increasingly crucial for stretchable electronic
devices and systems. Drastically different from conventional thermally conductive materials …

Functionalization of nanofillers is known to have stiffening and strengthening effects on
nanocomposites through improved interfacial bonding. However, the optimality in the …

Thermal conductivity measurements are conducted by optothermal Raman technique before
and after the introduction of an axial tensile strain in a suspended single‐walled carbon …

In this paper, the problem of moving load identification using pure displacement
measurements is addressed. It is known that when no assumptions are made on the …

This study explores the use of the recently developed" strain-sensing smart skin"(S 4)
method for noncontact strain measurements on cement-based samples. S 4 sensors are …

The monitoring of mechanical strain is essential in developing new materials, designing
mechanical components and structural health monitoring. In applications where contactless …