The strategy to simulate the crack shear stress transfer in a fixed smeared crack model for concrete is crucial to correctly predict the deformational and cracking behavior of RC elements that exhibit shear failure.
To predict correctly the deformational and the cracking behaviour of RC elements failing in shear using a smeared crack approach, the strategy adopted to simulate the crack shear stress transfer is crucial.
This diastrophic event that occurred during the Late Oligocene-Early Miocene interval was an intense deformational and magmatic episode widespread along the Andes [ 9].
Features such as the rapid temperature response, a dynamic glass-transition accommodated by a broad enthalpy recovery, a remarkable temperature and deformational uniformity, and an enthalpy trend that validates the adiabatic constraint, are accurately simulated.
Addition of a glutenin-rich fraction to the gluten dough can improve elasticity at small deformation and extensional deformational stress at large deformations but result in reductions in extensibility of the compression molded bioplastics.
The Afikpo synclinorium, forming a part of the Southern Benue Trough (Fig. 1), offers a unique opportunity to study and understand the deformational processes and to determine the tectonic stresses active in the southern Benue trough as the highly indurated nature of the sediments allow for a relative abundance of outcrops where structural data useful for inversion could be collected.
Failure modes, deformational moduli and strength parameters of cement mortar, geopolymer, their interface, and the composite specimen, are thus obtained.
The NNE trending, late Jurassic Cretaceous sedimentary basins in the region display a complete structural record to analyze the nature of deformational events, and a unique stratigraphic archive to discern sediment sources and drainage patterns during their evolution.
The progressive migration of a deformational front and a foreland basin enhanced by basement blocks movement (Khanaqin and Greater Zab faults) are the controlling factors in the depositional style and palaeo-geographic facies distributions.
In practical engineering, a driving stress often exists and acts on the soil elements, and this stress may have a significant effect on the deformational characteristics and liquefaction resistance of sand when the sand is subjected to seismic loadings.
We have developed the first iteration of the Plastic Rock Deformation (PRD) ontology by modeling the semantics of a selected set of deformational processes and mechanisms that produce, reconfigure, displace, and/or consume the material components of inhomogeneous polycrystalline rocks.
