Аннотация:
It is shown that in many applications of project management best effect is achieved when planning anti-crisis measures in the management of the project activities with a maximum approach of cognitive models of resource transfer provisions to analytical models in classical thermodynamics heat transfer.
Project management requires compliance with existing standards, taking into account the probable risks and crises, from the limited resource base. The presence of a turbulent environment introduces additional complications in project management. Feasibility unplanned events can be a barrier to achieving the goals of the project lead to breakdown or loss of competitive products project. Prevent risk and risk situations extremely difficult. Numerous attempts to solve this problem are reduced to trying to guess the answers you need using probability theory or even abandon these attempts to unknown risks.
The aim is to create a method of redistribution of resource flows by constructing cognitive models transfer material and financial security between elements of project activities through the transfer of analytical models in thermodynamics.
Highlighted items for project activity, and the types, and forms of transfer between them in terms of realized risk. The proposed model of cognitive processes of the transfer resources between elements of project activity. The tests proposed models in the management of the project of construction of electric plants with positive technical and economic effects.
