Mesoscale eddies are abundant over the Antarctic continental slope, with potential to regulate water masses transport, mixing, and energy transfer. Over relatively cold fresh shelf regions around margins, in absence of dense overflows, baroclinic instability Slope Current is still favorable generation mesoscale eddies. However, barely observed due sparsity situ hydrographic observations. Based ...

Related Articles The lengths of thread-like micelles inferred from rheology J. Rheol. 56, 1363 (2012) Performance of mesoscale modeling methods for predicting rheological properties of charged polystyrene/water suspensions J. Rheol. 56, 353 (2012) Three-dimensional flow of colloidal glasses J. Rheol. 56, 259 (2012) Emergence of turbid region in startup flow of CTAB/NaSal aqueous solutions betwe...

Accurate simulation and forecasting of over-the-horizon propagation events are essential for various civilian and defense applications. We demonstrate the prowess of a newly proposed coupled mesoscale modeling and ray tracing framework in reproducing such an event. Wherever possible, routinely measured meteorological data from various platforms (e.g., radar and satellite) are utilized to corrob...

Increasing on-chip transistor densities allow for a myriad of design choices for modern multicore processors. However, conducting a meaningful design space exploration of large systems with detailed cycle-accurate simulations using large, complex workloads can be very time-consuming and can adversely impact product schedules. This is due to three main reasons: 1) the high (human) cost of develo...

Additive manufacturing transforms material into three-dimensional parts incrementally, layer by layer or path by path. Subject to the build direction and machine resolution, an additively manufactured part deviates from its design model in terms of both geometry and mechanical performance. In particular, the material inside the fabricated part often exhibits spatially varying material distribut...