The proposed method utilises the overall structural response of a laminate composite specimen to develop the constitutive model of a single ply unidirectional laminate.
To correlate the internal structure of peripheral pulmonary lesions, as visualized by endobronchial ultrasonography (EBUS), and the histology of the surgical specimen to develop a classification system for distinguishing benign from malignant lesions by EBUS.
Two types of specimens were used to develop and evaluate our multiple tilt EMT methodology.
Four specimens were designed to develop Mode-A mechanisms; three had a single unique opening at midspan, and one had two openings near the beam-column connections.
All the dishes were placed in a thermostat at T = 25°C and the control and exposed specimens were allowed to develop for further 24 and 48 h, up to hatching.
Upon determining the identity of the lineages, the specimens were allowed to develop until the late third larval instar (L3), when the composition of the entire lineages was analysed (Fig. 1C F).
The other specimen was designed to develop a Mode-B mechanism without having web post buckling (observed in the Phase 1 specimens Shin et al., 2017), which had a wide opening and two brass plates clamped to the web.
Another complex situation that faces Africa today is the global inequality in research capacity leading to skewed movement of life sciences and related specimens to the developed countries [ 55].
