Mr Mastrangelo will be discussing Petrobras's decision to use a shuttle-tanker for its oil export system at the Cascade and Chinook developments.
Cascade Energy has introduced what it says is a first-of-its-kind energy efficiency management system designed to help industrial companies master their energy spend.
The different modules can be combined and cascaded for a range of applications using Fohhn's dedicated Quick-Lock system.
Scattered showers today mainly at the coast and higher elevations with a few showers west of the Cascades through the morning as a low pressure system moves through.
A weak weather system will move over the Cascades bringing the chance for light snow through out the day Friday.
An advanced control algorithm uses a cascaded control system with both position and pressure feedback, while an integrated controller eliminates external wiring between the valve and electronics.
A sapphire gem among the scenic jewels of the National Parks System, Crater Lake remains a remarkable experience for all who find their way to its location high in the Cascade Range in Southwestern Oregon.
According to Hill PHOENIX, chief among the advantages of using CO2 in a cascade system is the greatly reduced refrigerant cost: CO2 is $.50 per lb.
"Now we're looking at the Cascades as a mountain system," Sherrod said.
Computer troubles freeze United Airlines' system, bringing a cascade of delays.
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In order to prepare these systems the non-extensive Boltzmann equation can be solved numerically in a parton cascade simulation as described in the previous section.
Non-Extensive Approach to Quark Matter
In the second part of this review we compiled the most important numerical results on parton cascade simulations of non-extensive systems.
Non-Extensive Approach to Quark Matter
First, the cascading effect has been simulated on three well known networks: the IEEE 300 bus test system, the IEEE 118 bus test system, and the WSCC 179 bus equivalent model.
Topological Analysis and Mitigation Strategies for Cascading Failures in Power Grid Networks
IN TRODUC T ION North American Electric Reliability Corporation (NERC) deﬁnes a cascading failure as “The uncontrolled loss of any system facilities or load, whether because of thermal overload, voltage collapse, or loss of synchronism, except those occurring as a result of fault isolation” .
Topological Analysis and Mitigation Strategies for Cascading Failures in Power Grid Networks
We also make an assumption that the system is at the limit of the maximum load and so the failure of a single component may lead to a cascade of overloading failures.
Topological Analysis and Mitigation Strategies for Cascading Failures in Power Grid Networks
Another, perhaps more realistic way to deal with the late stage of a heavyion collisions when the system becomes dilute is to switch from a hydrodynamic description to a hadronic cascade simulation [99–105].
Hydrodynamic Modeling of Heavy-Ion Collisions
These particles are then evolved in the hadronic cascade and freeze-out happens automatically as the system continues to expand and interactions become very rare.
Hydrodynamic Modeling of Heavy-Ion Collisions
The main differences are that reconnections within each W system (and also among the partons from a Z decay) is allowed, that several such reconnections are allowed in each event, and that reconnections are allowed during the perturbative cascade.
QCD Event Generators
The average shower characteristics obtained by numerically solving the system of cascade equations, show some of the main features of the cascade.
Electromagnetic showers in a strong magnetic field
Nevertheless, the standing assumptions in most of the present literature on cascaded systems is that, when decoupled, the subsystems constituting the cascade are uniformly globally asymptotically stable (UGAS).
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
This paper generalizes previous results for cascades by establishing that, under a uniform boundedness condition, the cascade of two USPAS systems remains USPAS.
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
An analogous result can be derived for USAS systems in cascade.
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
Cascaded dynamical systems appear in many control applications whether naturally or intentionally due to control design.
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
Cascades-based control consists in designing the control law so that the closed loop system has a cascaded structure.
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
From a theoretical viewpoint the problem of stability analysis of cascaded systems has attracted the interest of the community starting with the seminal paper .
Uniform semiglobal practical asymptotic stability for non-autonomous cascaded systems and applications
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