Nonlinearity of Conductor Behavior in the Context of Loads on Transmission Towers

Figures & Tables

1	2	3	4	5	6	7	8
q_k N/m	H₀ kN	H_k kN	H_d,A2 kN	H_d,A kN	H_d,E kN	n_E -	γ_glob,A -
	conductor AFL 6 – 240 mm²; L = 200 m; T = –5°C; γ_A = γ_E = 1.30; γ_G = 1.0; γ_I = 1.25
15.0	12.0	18.64	19.84	22.50	24.23	1.45	1.21
30.0	12.0	30.53	34.08	36.68	39.69	1.49	1.20
15.0	18.0	26.08	27.21	29.76	33.90	2.13	1.14
30.0	18.0	37.56	41.05	43.61	48.83	1.86	1.16
15.0	24.0	32.38	33.35	35.59	42.09	3.03	1.10
30.0	24.0	42.76	46.07	48.50	55.59	2.23	1.13
	conductor AFL 6 – 240 mm²; L = 400 m; T = –5°C; γ_A = γ_E = 1.30; γ_G = 1.0; γ_I = 1.25
15.0	12.0	18.73	20.25	23.73	24.35	1.12	1.27
30.0	12.0	34.67	39.68	43.40	45.07	1.19	1.25
15.0	18.0	27.23	29.09	33.26	35.40	1.35	1.22
30.0	18.0	45.85	51.44	55.54	59.61	1.42	1.21
15.0	24.0	34.58	36.48	40.72	44.95	1.69	1.18
30.0	24.0	53.48	59.12	63.25	69.52	1.64	1.18
	conductor AFL 1.7– 70 mm²; L = 200 m; T = –5°C; γ_A = γ_E = 1.30; γ_G = 1.0; γ_I = 1.25
10.0	10.0	15.98	17.01	18.19	20.77	2.17	1.14
20.0	10.0	22.87	25.24	26.50	29.73	1.89	1.16
	conductor AFL 1.7– 70 mm²; L = 400 m; T = –5°C; γ_A = γ_E = 1.30; γ_G = 1.0; γ_I = 1.25
10.0	10.0	18.64	20.37	22.35	24.23	1.51	1.20
20.0	10.0	30.05	33.91	35.95	39.07	1.53	1.20