Sentence examples for static expansion from inspiring English sources
The phrase "static expansion" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field discussing the growth or increase of something that remains unchanged in its fundamental nature. Example: "The static expansion of the material under constant pressure was observed during the experiment."
This paper presents a hybrid simulated annealing (SA) and mixed integer linear programming (MILP) approach for static expansion planning of radial distribution networks with distributed generators (DGs).
The attainable accuracy of top standards is fully comparable with standards based on other physical principles (mercury column, static expansion, CDG).
1 Torr and 10 Torr CDGs are available to compare the performance of VGMS system which is traceable to the static expansion system generating calibration pressures in the range of 9 × 10−4 Pa up to 1 × 103 Pa.
This study presents a new strategy aimed at the search space reduction and initialization of the multimodal optimization process to solve the problem of static expansion planning of electric power transmission systems.
Every belief theory T has been shown to have the least static expansionT which is computed by iterating a natural monotonic belief closure operator ΨT starting from T. This way, the least static expansion T of any belieftheory provides its natural non-monotonic semantics which is called the static semantics.
With an adequate period of scalp expansion and a static expansion phase, the hemicranial alopecia can be restored in 1 stage.
The self-similar elastoplastic field induced by quasi-static expansion of a pressurized cylindrical cavity is investigated for Mises solids under the assumption of plane-strain.
This paper analytically investigates the consequences of this drop in density on sheath expansion and ion flux using quasi-static expansion of Child's law.
This paper is however concerned with the size-dependent behaviour of a cavity during finite quasi-static expansions.
Three broad classes of decoding methods are briefly reviewed: the use of weighted finite state transducers (WFST) for static network expansion, the time-synchronous dynamic-expansion search and the asynchronous stack decoding.
Specifically, two distribution network design problems, i.e., static and expansion planning, are solved using PSO.
