Nevertheless, comparative compression analysis of both morphologies shows that the microcapsules retain relatively high compressive moduli.
This gives it a high compressive strength.
Because of the presence of large and small particles in their microstructures, fired clay products have relatively high compressive strengths.
Dark blue areas show areas of high compressive stress.
It has relatively high compressive strength but poor tensile strength (Currey and Brear 1990).
This up shift evidences that FLGs experience a high compressive stress.
Glare usually exhibits a high compressive strength and damage resistance, especially under impact loading.
Naturally, in both conventional hyrax simulations, these areas manifested high compressive stress levels.
High compressive strength or densely packed concrete does not overcome brittleness.
These blueshifts can actually be explained by a high compressive strain of the graphene lattice.
Not surprisingly, high compressive stresses are seen around the points of force application (Figure 12).
