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Application of a Volterra quadratic polynomial to modeling elements of heat engineering devices

Antipina E., Spiryaev V., Tairov E. Application of a Volterra quadratic polynomial to modeling elements of heat engineering devices // E3S Web of Conferences. Т.114. ID: 01007. 2019. DOI: 10.1051/e3sconf/201911401007 This paper considers integral models built to describe dynamic processes in a 135 MW power unit condenser. For this purpose, we use a quadratic segment of the Volterra integral power series. The first set of models was built with a perturbation of the cooling water flow, and the second...

Теги: flow of water , flow velocity , hydraulics , cooling water flow , dynamic process , heat engineering , input perturbation , model elements , pressure and temperature , quadratic polynomial , temperature changes
Раздел: ИСЭМ СО РАН
Technology of flood water zones moddeling in downstream pool of hydroelectric power station at strong flow through its water abstraction points

Gachenko A.S., Hmelnov A.E., Abasov N.V., Osipchuk E.N. Technology of flood water zones moddeling in downstream pool of hydroelectric power station at strong flow through its water abstraction points // CEUR Workshop Proceedings. Vol.2033. 2017. P.252-256. The article provides a technology for estimating of potential flooding areas in the lower pool of the Irkutsk HPP at high mandatory water flow expenses through its water abstraction points, that probability has increased significantly since 2001...

Теги: coastline , digital relief , expenditure , flooding , morfostvor , morphing , abstracting , data handling , floods , flow of water , hydroelectric power , hydroelectric power plants , lakes , oil well flooding , monitoring
Раздел: ИСЭМ СО РАН


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