Exact(6)
The complementary technology combining AE with DIC is effective for damage monitoring of the composites.
The Fiber Optic Polarimetric Sensor (FOPS) is an attractive tool for damage monitoring in structures.
In this paper, a probabilistic multi-class pattern recognition algorithm is developed for damage monitoring of smart structures.
Polyvinyl alcohol carbon nanotube (PVA CNT) fibers differing on their pre-stretching condition were embedded in glass fiber reinforced plastic (GFRP) composites and used as strain sensors for damage monitoring of the composite.
Finally, the results obtained from the FBG sensors were compared to theoretical strain deviations, as calculated using ANSYS, to confirm the feasibility and range of sensitivity of FBG sensors for damage monitoring of composite material specimens.
It is important to know the electric current distribution in a laminated carbon fiber reinforced plastics (CFRP) plates for safety analysis of lightning strikes and for damage monitoring of plates based on changes in electrical resistance.
Similar(54)
Ogisu et al. (2006) presented a feasibility study for employing a damage monitoring system by using a PZT (piezoelectric) actuator and a Fiber Bragg Grating (FBG) optical fiber sensor.
But for on-line damage monitoring of composite structure by using spatial-wavenumber filter, the problem is how to realize the spatial-wavenumber filtering of Lamb wave when the wavenumber response cannot be measured or modeled.
Although yet unknown, a possible pathway may include ATM or DNA-PK, members of the PI3-like kinase family, which are important kinases for connecting DNA damage monitoring and cellular responses such as cell cycle checkpoint activation and apoptosis.
The implications for this technique are damage monitoring through observation of reduced mechanical properties in addition to a method to assist with engineering nanomaterials.
The electromechanical study on the rGO coated glass fibres suggested as potential applications for the strain and damage monitoring of composite materials.
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