Si̇mulati̇on Experi̇ment of a Control Opti̇on to İmprove Traffi̇c Safety at a İntersecti̇On

Abstract

The article considers the construction of a micromodel using the Anylogic software for analyzing the organization of traffic at an unregulated intersection and considers a variant of improving the organization of traffic. The conditions for the use of traffic light regulation at the intersection were checked. For the proposed option, a logical algorithm of the agent model is built and visualized. The developed technique for modeling conflict-free pedestrian and traffic flows at an intersection is proposed for use at other similar intersections.

Development of methods for calculating thermal conductivity of gas condensates-alternative motor fuels

“…Work [3] presents the results of an experimental study of the thermal conductivity of gas condensates from eight fields in Central Asia (Shatlyk, Shakhpakhty, Gugurtli, North Mubarek, Naip, Achak, Gazli and Uchkyr) of various group hydrocarbon compositions in a wide range of temperatures and pressures. In the literature there are a number of semiempirical and empirical formulas that make it possible to determine the thermal conductivity of liquids belonging to certain homologous series and groups with acceptable accuracy.…”

“…Existing methods for calculating the thermal conductivity of liquids Of the common methods for calculating thermal conductivity depending on the heat capacity, density and molecular weight of a substance, in relation to calculating the thermal conductivity of gas condensates, the best agreement with experiment is provided by the Vargaftik equation [3] Existing methods for calculating the thermal conductivity of liquids Of the common methods for calculating thermal conductivity depending on the heat capacity, density and molecular weight of a substance, in relation to calculating the thermal conductivity of gas condensates, the best agreement with experiment is provided by the Vargaftik equation [3] Existing methods for calculating the thermal conductivity of liquids Of the common methods for calculating thermal conductivity depending on the heat capacity, density and molecular weight of a substance, in relation to calculating the thermal conductivity of gas condensates, the best agreement with experiment is provided by the Vargaftik equation [3]…”

“…The work [3] presents the results of an experimental study of the thermal conductivity of gas condensates, carried out by the author, in a wide range of temperatures and pressures. By jointly processing thermal conductivity with the physicochemical characteristics of the studied objects, we obtained equations that describe the temperature and pressure dependences…”