DIFFERENTIAL EQUATION OF OSCILLATION OF THE ELEMENTS OF THE BASE CHASSIS FIRE-RESCUE VEHICLE WHEN DRIVING ON THE ROADS
Authors:
1.
Saint-Petersburg university of State fire service of EMERCOM of Russia
2.
Saint-Petersburg university of State fire service of EMERCOM of Russia
Type:
Article
Pages:
from 44
to 52
Status:
Published
Received:
12.03.2015
Accepted:
20.03.2015
Published:
25.03.2015
Language:
Russian
Keywords:
fire-rescue vehicle, oscillatory system, unsprung mass, differential equation of oscillation, coefficient of elastic resistance
Abstract (English):
The article deals with the fluctuations of the fire-rescue vehicle caused by road irregularities and significant impact on its performance: primarily on speed and smoothness. Dynamic vehicle system are treated as equivalent to the oscillating system, and the analysis of dynamic loads is based on systems of differential equations, allowing to investigate the dynamic loads of different types of fire-fighting vehicles, mounted on a 2-axial, 3-axial, and multisupport motor-running the bases.
The article deals with the fluctuations of the fire-rescue vehicle caused by road irregularities and significant impact on its performance: primarily on speed and smoothness. Dynamic vehicle system are treated as equivalent to the oscillating system, and the analysis of dynamic loads is based on systems of differential equations, allowing to investigate the dynamic loads of different types of fire-fighting vehicles, mounted on a 2-axial, 3-axial, and multisupport motor-running the bases.
Keywords:
fire-rescue vehicle, oscillatory system, unsprung mass, differential equation of oscillation, coefficient of elastic resistance
fire-rescue vehicle, oscillatory system, unsprung mass, differential equation of oscillation, coefficient of elastic resistance
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