MATHEMATICAL MODEL OF THE THERMOVISION METHOD OF RESEARCH OF CRANE METAL CONSTRUCTION
Authors:
1.
Belgorodskiy gosudarstvennyy tehnologicheskiy universitet im. V.G. Shuhova
2.
Belgorodskiy gosudarstvennyy tehnologicheskiy universitet im. V.G. Shuhova
Type:
Article
Pages:
from 75
to 79
Status:
Published
Received:
11.09.2014
Accepted:
30.09.2014
Published:
30.09.2014
Subject area:
621.873
05.11
06.51
10.01
11.01
11.25
78.01
81.92
81.93
82.01
82.33
11.15
05.11
06.51
10.01
11.01
11.25
78.01
81.92
81.93
82.01
82.33
11.15
Language:
Russian
Keywords:
crack, thermal imager, plastic deformation, concentrator of tension, fluidity limit
Abstract (English):
The problem of safety of production at the industrial enterprises always was and remains actual. Accidents or destructions of a crane metalwork are caused by influence of many factors, but always caused by formation of defects in design elements. When loading a metalwork in places of concentration of tension there can be the plastic deformation, being accompanied heat allocation. It is offered to trace a thermovision method of nondestructive control arising cracks in a crane metalwork at a stage of their origin. The mathematical assessment of power of allocation of warmth is given in article.
The problem of safety of production at the industrial enterprises always was and remains actual. Accidents or destructions of a crane metalwork are caused by influence of many factors, but always caused by formation of defects in design elements. When loading a metalwork in places of concentration of tension there can be the plastic deformation, being accompanied heat allocation. It is offered to trace a thermovision method of nondestructive control arising cracks in a crane metalwork at a stage of their origin. The mathematical assessment of power of allocation of warmth is given in article.
Keywords:
crack, thermal imager, plastic deformation, concentrator of tension, fluidity limit
crack, thermal imager, plastic deformation, concentrator of tension, fluidity limit
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