Строительство и архитектура \ Конструкции специального назначения

Расчет надшахтного копра (отметка осей копровых шкивов: +25,000), страница 4

"Старые РСУ" с фиксированными коэффициентами
Элемент	УНГ	Сечение	СТ	Критерий		Вид	Значения			Тип	КС	Формула
				№	Значение		N	M	Q
7		1	1	1	0,183		0,183	0	0	A		L1+L3
7		1	1	2	-1,436		-1,436	0	0	A		L1+L2
7		1	3	1	0,642		0,642	0	0	B		0.9*L1+L4
7		2	1	1	0,373		0,373	0	0	A		L1+L3
7		2	1	2	-1,246		-1,246	0	0	A		L1+L2
7		2	3	1	0,814		0,814	0	0	B		0.9*L1+L4
7		3	1	1	0,564		0,564	0	0	A		L1+L3
7		3	1	2	-1,055		-1,055	0	0	A		L1+L2
7		3	3	1	0,985		0,985	0	0	B		0.9*L1+L4
8		1	1	1	1,699		1,699	0	0,077	A		L1+L3
8		1	1	2	-2,308		-2,308	0	0,077	A		L1+L2
8		1	1	13	0,077		-1,812	0	0,077	A		L1
8		1	3	1	2,831		2,831	0	0,07	B		0.9*L1+L4
8		2	1	1	5,742		1,769	0,065	0	A		L1+L3
8		2	1	6	-3,699		-2,239	0,065	0	A		L1+L2
8		2	3	1	6,47		2,894	0,058	0	B		0.9*L1+L4
8		3	1	1	1,838		1,838	0	-0,077	A		L1+L3
8		3	1	2	-2,169		-2,169	0	-0,077	A		L1+L2
8		3	1	14	-0,077		-1,673	0	-0,077	A		L1
8		3	3	1	2,956		2,956	0	-0,07	B		0.9*L1+L4
9		1	1	2	-13,436		-13,436	0	0,077	A		L1+L3
9		1	1	13	0,077		-1,397	0	0,077	A		L1
9		1	3	2	-16,802		-16,802	0	0,07	B		0.9L1+0.5L2+L4
9		2	1	1	2,645		-1,328	0,065	0	A		L1
9		2	1	2	-9,394		-13,367	0,065	0	A		L1+L3
9		2	3	2	-13,164		-16,739	0,058	0	B		0.9L1+0.5L2+L4
9		3	1	2	-13,297		-13,297	0	-0,077	A		L1+L3
9		3	1	14	-0,077		-1,258	0	-0,077	A		L1
9		3	3	2	-16,677		-16,677	0	-0,07	B		0.9L1+0.5L2+L4
10		1	1	2	-80,06		-80,06	0	0	A		L1+L3
10		1	3	2	-100,464		-100,464	0	0	B		0.9L1+0.5L2+L4
10		2	1	2	-79,973		-79,973	0	0	A		L1+L3
10		2	3	2	-100,386		-100,386	0	0	B		0.9L1+0.5L2+L4
10		3	1	2	-79,886		-79,886	0	0	A		L1+L3
10		3	3	2	-100,307		-100,307	0	0	B		0.9L1+0.5L2+L4
11		1	1	2	-71,881		-71,881	0	0,055	A		L1+L3
11		1	1	13	0,055		-1,304	0	0,055	A		L1
11		1	3	2	-90,842		-90,842	0	0,05	B		0.9L1+0.5L2+L4
11		2	1	2	-71,225		-71,799	0,037	-3,469e-018	A		L1+L3
11		2	3	2	-90,251		-90,768	0,034	-3,123e-018	B		0.9L1+0.5L2+L4
11		3	1	2	-71,716		-71,716	0	-0,055	A		L1+L3
11		3	1	14	-0,055		-1,139	0	-0,055	A		L1
11		3	3	2	-90,693		-90,693	0	-0,05	B		0.9L1+0.5L2+L4
12		1	2	2	-1,202		-1,202	0	0,026	A		L1+0.9L2+0.9L3
12		1	1	13	0,026		-0,833	0	0,026	A		L1
12		1	1	28	-1,162e-004		-1,162	0	0,026	A		L1+L2
12		2	1	1	0,641		-0,784	0,017	3,469e-018	A		L1
12		2	2	6	-1,704		-1,153	0,017	3,469e-018	A		L1+0.9L2+0.9L3
12		2	1	28	-1,113e-004		-1,113	0,017	3,469e-018	A		L1+L2
12		3	2	2	-1,104		-1,104	0	-0,026	A		L1+0.9L2+0.9L3
12		3	1	14	-0,026		-0,735	0	-0,026	A		L1
12		3	1	28	-1,064e-004		-1,064	0	-0,026	A		L1+L2
14		1	1	1	1,136		1,136	0	0	A		L1+L3
14		1	1	2	-3,164		-3,164	0	0	A		L1+L2
14		1	3	1	2,371		2,371	0	0	B		0.9*L1+L4
14		2	1	1	1,144		1,144	0	0	A		L1+L3
14		2	1	2	-3,156		-3,156	0	0	A		L1+L2
14		2	3	1	2,378		2,378	0	0	B		0.9*L1+L4
14		3	1	1	1,152		1,152	0	0	A		L1+L3
14		3	1	2	-3,147		-3,147	0	0	A		L1+L2
14		3	3	1	2,386		2,386	0	0	B		0.9*L1+L4
15		1	1	2	-89,279		-89,279	0	0	A		L1+L3
15		1	3	2	-111,911		-111,911	0	0	B		0.9L1+0.5L2+L4
15		2	1	2	-89,271		-89,271	0	0	A		L1+L3
15		2	3	2	-111,904		-111,904	0	0	B		0.9L1+0.5L2+L4
15		3	1	2	-89,262		-89,262	0	0	A		L1+L3
15		3	3	2	-111,896		-111,896	0	0	B		0.9L1+0.5L2+L4
16		1	1	2	-60,73		-60,73	0	0	A		L1+L3
16		1	3	2	-76,586		-76,586	0	0	B		0.9L1+0.5L2+L4
16		2	1	2	-60,721		-60,721	0	0	A		L1+L3
16		2	3	2	-76,578		-76,578	0	0	B		0.9L1+0.5L2+L4
16		3	1	2	-60,713		-60,713	0	0	A		L1+L3
16		3	3	2	-76,571		-76,571	0	0	B		0.9L1+0.5L2+L4
17		1	1	2	-50,67		-50,67	0	0,008	A		L1+L3
17		1	1	13	0,008		4,547e-014	0	0,008	A		L1
17		1	3	2	-64,3		-64,3	0	0,008	B		0.9*L1+L4
17		2	1	2	-50,668		-50,67	2,12e-004	-4,337e-019	A		L1+L3
17		2	3	2	-64,298		-64,3	1,908e-004	-3,903e-019	B		0.9*L1+L4
17		3	1	2	-50,67		-50,67	0	-0,008	A		L1+L3
17		3	1	14	-0,008		4,547e-014	0	-0,008	A		L1
17		3	3	2	-64,3		-64,3	0	-0,008	B		0.9*L1+L4
3		1	1	1	0,308		0,308	0	0,046	A		L1
3		1	1	2	-11,25		-11,25	0	0,046	A		L1+L3
3		1	3	2	-14,409		-14,409	0	0,042	B		0.9L1+0.5L2+L4
3		1	3	28	-0,001		-14,396	0	0,042	B		0.9*L1+L4
3		2	1	1	1,372		0,308	0,017	0	A		L1
3		2	1	2	-10,187		-11,25	0,017	0	A		L1+L3
3		2	3	2	-13,452		-14,409	0,016	-8,724e-019	B		0.9L1+0.5L2+L4
3		2	3	28	-0,001		-14,396	0,016	-8,674e-019	B		0.9*L1+L4
3		3	1	1	0,308		0,308	3,469e-018	-0,046	A		L1
3		3	1	2	-11,25		-11,25	3,036e-018	-0,046	A		L1+L3
3		3	3	2	-14,409		-14,409	2,252e-018	-0,042	B		0.9L1+0.5L2+L4
3		3	3	28	-0,001		-14,396	2,255e-018	-0,042	B		0.9*L1+L4
4		1	1	13	1,055		1,332e-015	1,665e-016	1,055	A		L1+L2
4		1	1	14	-0,564		8,882e-016	5,551e-017	-0,564	A		L1+L3
4		1	3	14	-0,985		7,994e-016	4,996e-017	-0,985	B		0.9*L1+L4
4		2	1	1	4,966		1,332e-015	0,563	-0,155	A		L1+L2
4		2	1	2	-10,909		8,882e-016	-1,236	-1,414	A		L1+L3
4		2	3	2	-15,088		7,994e-016	-1,709	-1,75	B		0.9*L1+L4
4		2	3	14	-1,768		1,021e-015	-1,62	-1,768	B		0.9L1+0.5L2+L4
4		3	1	2	-31,19		8,882e-016	-3,534	-2,263	A		L1+L3
4		3	2	14	-2,491		1,288e-015	-3,293	-2,491	A		L1+0.9L2+0.9L3
4		3	3	2	-39,018		1,021e-015	-4,421	-2,713	B		0.9L1+0.5L2+L4
6		1	1	2	-8,524		0,524	-1,025	1,686	A		L1+L2
6		1	2	17	0,542		0,542	-0,826	1,573	A		L1+0.9L2+0.9L3
6		2	2	1	4,447		0,542	0,442	0,306	A		L1+0.9L2+0.9L3
6		2	1	13	0,38		0,524	0,369	0,38	A		L1+L2
6		3	2	1	0,542		0,542	5,107e-016	-0,961	A		L1+0.9L2+0.9L3
13		1	1	1	1,664		1,664	-1,388e-017	0,109	A		L1+L2
13		1	1	2	-1,315		-1,315	-1,382e-017	0,109	A		L1+L3
13		1	1	13	0,109		1,296	-1,388e-017	0,109	A		L1
13		1	3	2	-2,151		-2,151	-1,246e-017	0,098	B		0.9*L1+L4
13		2	1	1	13,31		1,664	0,137	1,388e-017	A		L1+L2
13		2	1	6	-5,819		-1,315	0,137	1,384e-017	A		L1+L3
13		2	3	6	-6,205		-2,151	0,123	1,248e-017	B		0.9*L1+L4
13		3	1	1	1,664		1,664	4,163e-017	-0,109	A		L1+L2
13		3	1	2	-1,315		-1,315	4,152e-017	-0,109	A		L1+L3
13		3	1	14	-0,109		1,296	4,163e-017	-0,109	A		L1
13		3	3	2	-2,151		-2,151	3,736e-017	-0,098	B		0.9*L1+L4
18		1	1	2	-19,94		11,25	-3,534	5,288	A		L1+L3
18		1	1	18	-0,308		-0,308	-0,294	0,879	A		L1
18		1	1	201	-1,587		-0,281	-0,386	1,17	A		L1+L2
18		1	3	2	-24,609		14,409	-4,421	6,528	B		0.9L1+0.5L2+L4
18		1	3	27	0,001		14,396	-4,375	6,383	B		0.9*L1+L4
18		2	1	1	29,764		11,25	2,098	4,506	A		L1+L3
18		2	1	18	-0,308		-0,308	0,268	0,098	A		L1
18		2	1	601	-1,359		-0,281	0,319	0,057	A		L1+L2
18		2	2	603	-5,871		10,119	1,961	4,029	A		L1+0.9L2+0.9L3
18		2	3	1	37,241		14,409	2,587	5,659	B		0.9L1+0.5L2+L4
18		2	3	13	5,679		14,396	2,561	5,679	B		0.9*L1+L4
18		3	1	1	71,537		11,25	6,831	3,725	A		L1+L3
18		3	1	2	-2,533		-0,281	-0,255	-1,056	A		L1+L2
18		3	1	18	-0,308		-0,308	-0,069	-0,684	A		L1
18		3	3	1	91,077		14,396	8,688	4,976	B		0.9*L1+L4
18		3	3	17	14,409		14,409	8,595	4,79	B		0.9L1+0.5L2+L4
19		1	1	1	138,793		-39,42	27,099	-138,263	A		L1+L3
19		1	1	2	-1,959		-0,281	-0,255	-3,753	A		L1+L2
19		1	3	1	176,38		-49,904	34,408	-174,172	B		0.9*L1+L4
19		1	3	14	-174,358		-49,891	34,315	-174,358	B		0.9L1+0.5L2+L4
19		2	1	1	47,842		-39,42	13,269	-138,331	A		L1+L3
19		2	1	2	-4,459		-0,281	-0,635	-3,85	A		L1+L2
19		2	2	201	-6,041		-35,484	11,699	-125,203	A		L1+0.9L2+0.9L3
19		2	3	1	61,816		-49,904	16,988	-174,233	B		0.9*L1+L4
19		2	3	14	-174,433		-49,891	16,876	-174,433	B		0.9L1+0.5L2+L4
19		3	1	2	-43,153		-39,42	-0,568	-138,399	A		L1+L3
19		3	1	5	6,46		-0,281	-1,025	-3,947	A		L1+L2
19		3	3	2	-53,649		-49,891	-0,571	-174,509	B		0.9L1+0.5L2+L4
19		3	3	6	-47,02		-49,904	-0,439	-174,294	B		0.9*L1+L4
20		1	1	2	-6,065		-139,358	20,268	-50,67	A		L1+L3
20		1	3	2	-7,633		-176,781	25,72	-64,3	B		0.9*L1+L4
20		2	1	2	-72,678		-139,324	10,134	-50,67	A		L1+L3
20		2	3	2	-92,177		-176,751	12,86	-64,3	B		0.9*L1+L4
20		3	1	2	-139,29		-139,29	2,132e-014	-50,67	A		L1+L3
20		3	3	2	-176,72		-176,72	1,585e-013	-64,3	B		0.9*L1+L4

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