Figure 4. The fragments of oscillograms that characterize the HLS load-
unloading processes: 0-1-2 – loading process(intrusion); 2-3-0 - unloading process
(erusion)
The computational scheme "HLS -rod" and the power characteristic are shown
in Fig.5.
Figure 5. а) Computational scheme: 1 – HLS; 2 – rod; 3 –rigid member
b) power characteristic
Force resistance characteristics of the working material, which are obtained
experimentally, are approximated in the form of matrices c and X:
(
)
719600
;
86780
;
821600
;
100
=
T
с
,
(
)
037
,
0
;
0456
,
0
;
0065
,
0
;
0
=
T
X
and realized
in the form of a program module, i.e. the function (7).
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