Knowledge of the rheological properties is important for designing processes to handle food materials which can exhibit complex flow behavior.
Composite materials exhibit very complex failure mechanisms because of their heterogeneous property leads the formation of different stress levels within the material and results various combinations of damage.
High core rockfill dams exhibit complex deformation mechanisms because of complicated geological conditions, many material partitions and severe weather conditions.
Laterally-constrained transducers exhibit complex electromechanical behavior.
Slurries exhibit complex rheology.
These semelparous species exhibit complex life histories.
WTA biosynthetic genes exhibit complex dispensability patterns.
This variation can exhibit complex spatiotemporal patterns.
Nonrepetitive complex materials exhibit mass spectral signatures in which the signal intensity often follows the number of chemically feasible isomers.
These materials exhibit a large diversity of unique rather complex structures.
