Several studies are available in literature about implementation of ORCs in vehicles applications, and in particular to recover waste heat from HDDE for long-haul trucks, but fewer consider also the impact of fitting the bottoming cycle on the vehicle thermal management and on the engine cooling capabilities.
In literature various implementations of the, so-called, multishift CGLS methods have been proposed.
The possibilities offered by the modification of the interphase exchange coefficient of the Syamlal-O'Brien model as well as its scarce implementation in literature have motivated the authors to delve into this area of research as far as the transport phenomena of non-spherical drill cuttings is concerned.
The first complete parallel FastSLAM2.0 implementation in literature on a embedded GPGPU is described.
In the literature, this implementation problem has been linked to the robustness problem that analyzes the consequences of introducing small perturbations into formal models.
However, there is insufficient attention in the literature to implementation factors that lead to successful scale-up of CCM programs.
The proposed architecture is compared with other approaches that have been published in literature in terms of performance, implementation complexity, number of components used and cost.
While lidar sensor modeling, error propagation, and data adjustment exist in literature, there are no known implementations supporting all three operations within existing file formats and processing architectures.
To validate the PIV procedure, a Particle Tracking Velocimetry (PTV) algorithm was also developed to measure the bubbles velocities, based on similar implementations found in literature, but some corrections were also proposed to overcome the bubble overlap phenomena which arises in bubbly pipe flows, when backward illumination is used.
Works in literature are mostly focused on external implementation of cryogenic; thereby not many studies are concerned in its internal application (i.e. through-tool).
