O KACHESTVE NAPRYAZHENIY PRI KINEMATICHESKIH OGRANICHENIYAH V PROBLEME MINIMIZACII ENERGOZATRAT MODELIRUEMOGO PROCESSA
Authors:
1.
KNITU
2.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 539.3:517.972
Language:
Russian
Keywords:
природный процесс, энергетика, энергетические компоненты, процесс «деформация-напряжение», кинематические ограничения, равновесие, математическая модель, natural process, power, power components, process "deformation tension", kinematic restrictions, balance, mathematical model
Abstract (English):
Achievement of a minimum of power expenses of modelled process is provided with balance of the main vector of external active influences and one of two static jet factors: or the main vector of the internal equilibrium jet tension which has left from within of volume on kinematic border, or the main vector of reactions of the kinematic communications fixing the considered volume in surrounding space.
Achievement of a minimum of power expenses of modelled process is provided with balance of the main vector of external active influences and one of two static jet factors: or the main vector of the internal equilibrium jet tension which has left from within of volume on kinematic border, or the main vector of reactions of the kinematic communications fixing the considered volume in surrounding space.
Keywords:
природный процесс, энергетика, энергетические компоненты, процесс «деформация-напряжение», кинематические ограничения, равновесие, математическая модель, natural process, power, power components, process "deformation tension", kinematic restrictions, balance, mathematical model
природный процесс, энергетика, энергетические компоненты, процесс «деформация-напряжение», кинематические ограничения, равновесие, математическая модель, natural process, power, power components, process "deformation tension", kinematic restrictions, balance, mathematical model
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