House Details Of Structures DWG Detail for AutoCAD

House Details Of Structures DWG Detail for AutoCAD

House Details of structures

Drawing labels, details, and other text information extracted from the CAD file (Translated from Spanish):

maximum bending in vain in kp in linear meter of forged, maximum in support in linear, maximum in support in linear, maximum bending in vain in kp in linear meter of forged, portico, armed with zunchos, semi-resistant joist ceramic vault concrete compression layer electrowelded mesh, Forged portal:, Forged platform, portico, semi-resistant beam ceramic vault concrete compression layer electrowelded mesh, Forged housing trnasitable housing:, maximum bending in vain in kp in linear meter of forged, maximum in support in linear, armed with zunchos, portico, portico, portico, portico, slab detail, area of, inclined slab, area of, section, Forged platform, forged ground floor, support on foundation wall, portico, downpipe, pvc tube sleeve, downpipe, group of bars in horizontal plane, step detail of downspout per beam, solid line joist head, portico, portico, portico, pvc tube sleeve, downpipe, step detail of downspout per beam, group of bars in horizontal plane, downpipe, pvc tube sleeve, portico, portico, portico, portico, portico, portico, solid line joist head, portico, armed with zunchos, semi-resistant joist ceramic vault concrete compression layer electrowelded mesh, Forged housing:, portico, maximum bending in vain in kp in linear meter of forged, maximum in support in linear, portico, portico, armed with zunchos, Forged deck:, semi-resistant beam ceramic vault concrete compression layer electrowelded mesh, portico, portico, portico, pvc tube sleeve, downpipe, step detail of downspout per beam, pvc tube sleeve, portico, portico, portico, portico, group of bars in horizontal plane, downpipe, portico, portico, downpipe, group of bars in horizontal plane, pvc tube sleeve, step detail of downspout per beam, downpipe, pvc tube sleeve, portico, portico, portico, portico

Raw text data extracted from CAD file:

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\A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;0.10 \A1;>5cm \A1;60cm \A1;60cm \A1;>5cm Mf=MOMENTO FLECTOR MAXIMO EN VANO EN Kp x m EN METRO LINEAL DE FORJADO V=CORTANTE MAXIMO EN APOYO EN Kp/METRO LINEAL 5 5 Z-2 Z-2 -1.0 -1.0 -1.0 -1.0 -1.0 1ø16 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 Mf=752 V=1801 (24) L=250 Mf=720 V=1734 (19) L=250 Mf=681 V=1858 (14) L=250 Mf=677 V=1899 (10) L=250 Mf=691 V=1943 Mf=707 V=1994 (2) L=250 19P+192 V=CORTANTE MAXIMO EN APOYO EN Kp/METRO LINEAL Mf=MOMENTO FLECTOR MAXIMO EN VANO EN Kp x m EN METRO LINEAL DE FORJADO 19 18 16 15 PORTICO 2- PORTICO 1- 2ø10(148) Mf=1819 V=2493 (17) L=413 (230) 1ø10(143+12P) 1ø10(90) 1ø12(148) Mf=1926 V=2573 (13) L=427 (105) (240) 1ø10(143+12P) 1ø10(95) 1ø12(148) Mf=2039 V=2655 (9) L=441 (115) (245) 1ø10(143+12P) 1ø16(148) Mf=2154 V=2738 (5) L=455 (270) 1ø10(148+12P) 2ø12(148) Mf=2272 V=2821 (1) L=469 (260) 1ø10(148+12P) ARMADO DE ZUNCHOS Z-1 Z-1 25 5 22 25x27 2d12 2d12 cd8a5cm Z-2 22 cd8a5cm 22 25 2d12+1d16 25x27 Z-1 2d12+1d16 5 Z-3 5 cd8a15cm 25x27 2d12 2d12 25 VIGUETA SEMIRRESISTENTE h=13/i=70cm BOVEDILLA CERAMICA CAPA DE COMPRESION e=5cm HORMIGON HA-25/B/20 MALLA ELECTROSOLDADA d5 #15x15cm FORJADO DE PORTAL Y VIVENDA: 22+5cm Q=650Kg/m2 5 5 5 20 17 18 19 15 16 50x27 30x27 50x27 PLATAFORMA DE FORJADO A ±0.00m 19 18 17 16 20 17 5 33 279 1ø16 22(*30)P+332+(*30P) 1ø16 140+42 19P+149 HOR-50x27 2cø8s10 32 HOR-50x27 2cø8s15 279 20P+332+20P 3ø12 11P+332+11P 3ø12 5 -1.0 -1.0 -1.0 -1.0 5 -1.0 -1.0 -1.0 -1.0 -1.0 PORTICO 1 PORTICO 1- PORTICO 2- Mf=2707 V=2283 (5) L=414 1ø10(126+9P) 1ø10(138+12P) Mf=2542 V=2208 (4) L=400 1ø10(126+9P) 1ø10(138+12P) Mf=2382 V=2133 (3) L=387 1ø10(121+9P) 1ø10(133+12P) Mf=2227 V=2058 (2) L=373 1ø10(121+9P) 1ø10(133+12P) Mf=2077 V=1983 (1) L=359 1ø10(116+9P) 1ø10(133+12P) VIGUETA SEMIRRESISTENTE h=13/i=70cm BOVEDILLA CERAMICA CAPA DE COMPRESION e=5cm HORMIGON HA-25/B/20 MALLA ELECTROSOLDADA d5 #15x15cm FORJADO DE VIVIENDA Y CUBIERTA TRNASITABLE: 22+5cm Q=650Kg/m2 Mf=MOMENTO FLECTOR MAXIMO EN VANO EN Kp x m EN METRO LINEAL DE FORJADO V=CORTANTE MAXIMO EN APOYO EN Kp/METRO LINEAL cd8a5cm 25 2d12 2d12 25x27 22 Z-2 Z-3 22 cd8a5cm 2d12+1d16 2d12+1d16 25x27 25 ARMADO DE ZUNCHOS 365 192+19P PORTICO 2 PORTICO 1- PORTICO 2- Mf=1946 V=1727 (33) L=348 1ø10(138+12P) 1ø10(133+12P) Mf=1925 V=1951 (30) L=361 1ø10(133+12P) 1ø10(120) Mf=-634 V=878 (29) L=84 (112) Mf=2069 V=2015 (27) L=375 1ø10(110+30) 1ø10(120) Mf=-632 V=876 (26) L=84 (112) 2ø10(148) Mf=1476 V=2256 (23) L=389 (220) 1ø10(135) Mf=-630 V=874 (22) L=83 (111) 2ø10(148) Mf=1596 V=2337 (18) L=403 (225) 1ø10(130) Mf=-628 V=872 (17) L=83 (111) 1ø8(80) 1ø12(148) Mf=1846 V=2513 (13) L=417 (95) (235) 1ø10(143+12P) 1ø10(90) 1ø12(148) Mf=1957 V=2595 (9) L=431 (105) (240) 1ø10(143+12P) 1ø10(100) 1ø12(148) Mf=2070 V=2678 (5) L=445 (115) (250) 1ø10(143+12P) 1ø16(148) Mf=2185 V=2761 (1) L=459 (270) 1ø10(148+12P) 5 5 5 Z-0 Z-3 Z-3 Z-1 Z-1 5 5 20 18 19 403 279 2ø16 157+22(*30)P 2ø16 171 22(*30)P+289 1ø16 211+19P 202 140 19P+149 HOR-50x27 2cø8s10 100 2cø8s15 302 413+20P 3ø12 30 413+11P 3ø12 21 HOR-50x27 2cø8s10 279 20P+290 3ø12 30 11P+290 3ø12 21 PORTICO 1 PORTICO 1- 18 -1.0 -1.0 5 5 5 5 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 20 19 16 15 17 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 -1.0 -1.0 PORTICO 2- 22(*30)P+150 285+22(*30)P HOR-50x27 2cø8s15 285+20P 285+11P 269+22(*30)P HOR-50x27 1ø16 HOR-50x27 410+20P 410+11P 5 -1.0 5 5 -1.0 -1.0 -1.0 5 5 -1.0 -1.0 1ø10(148+12P) 1ø10(143+12P) 1ø10(143+12P) 1ø10(143+12P) 1ø10(138+12P) 1ø10(133+12P) 1ø10(116+9P) Mf=1567 V=1683 (23) L=284 1ø10(133+12P) 13 12 10 9 6 PORTICO 5- PORTICO 4- PORTICO 3- Mf=2727 V=2090 (26) L=420 1ø10(143+12P) Mf=2566 V=2020 (25) L=406 1ø10(143+12P) Mf=2410 V=1950 (24) L=392 1ø10(143+12P) Mf=1543 V=2301 (22) L=378 2ø10(220) Mf=720 V=1846 (21) L=252 (149) 2ø10(149+30) Mf=1458 V=2213 (20) L=364 1ø8(95) 1ø10(210) Mf=708 V=1736 (19) L=252 (85) (149) 2ø10(149) Mf=682 V=1848 (18) L=250 (148) Mf=1362 V=2135 (16) L=350 1ø10(133+12P) 1ø8(85) 1ø10(205) Mf=714 V=1708 (15) L=252 (80) (149) 1ø12(149) Mf=678 V=1888 (14) L=250 (148) Mf=1269 V=2059 (12) L=337 1ø10(128+12P) 1ø12(205) Mf=720 V=1684 (11) L=252 (149) 1ø12(149) Mf=687 V=1931 (10) L=250 (148) Mf=1179 V=1984 (8) L=322 1ø10(105+95) 2ø8(190) Mf=726 V=1662 (7) L=252 (149) 1ø16(149) Mf=702 V=1977 (6) L=250 (148) Mf=1088 V=1906 (4) L=308 1ø10(105+95) 2ø8(185) Mf=732 V=1642 (3) L=252 (149) 2ø12(149) Mf=717 V=2026 (2) L=250 (148) Z-2 S1 S1 DETALLE DE LOSA AREA DE LOSA INCLINADA LOSA INCLINADA AREA DE SECCION S1 Z-1 Z-1 Z-1 Z-1 Z-3 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 Z-3 Z-2 5 5 5 5 5 5 -1.0 11 14 9 10 12 13 6 50x27 50x27 50x27 50x27 50x27 50x27 -1.0 -1.0 PLATAFORMA DE FORJADO A ±0.00m FORJADO DE PLANTA BAJA A +1.00 16 16 15 12 13 17 16 APOYO SOBRE MURO DE CIMENTACION -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 14 11 21 1ø16 65 311 1ø16 75+20(*30)P 116 1ø16 22(*30)P+155 1ø16 40+75+19P 165+40 19P+165 HOR-30x27 1cø8s5 65 43+75+20P 2ø12 30+75+11P 2ø12 HOR-50x27 2cø8s15 311 20P+321+43 3ø12 11P+321 3ø12 402 1ø16 142 1ø16 22(*30)P+160 1ø16 138 201 19P+211 30 21 HOR-50x27 2cø8s10 25 2cø8s15 377 20P+412 3ø12 30 11P+412 3ø12 21 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 PORTICO 3- PORTICO 4- PORTICO 5- Mf=2892 V=2160 (27) L=434 1ø10(148+12P) 1ø16 2 1 7 4 3 2 1 416 1ø16 107 78 HOR-40x27 2cø8s15 416 20P+426 3ø12 11P+426 3ø12 396 1ø16 1ø16 107 108 HOR-40x27 2cø8s15 396 20P+406 3ø12 11P+406 3ø12 -PORTICO 7 -PORTICO 6 Mf=2246 V=1924 (11) L=387 1ø10(133+12P) 1ø10(133+12P) Mf=2280 V=1940 (10) L=390 1ø10(133+12P) 1ø10(133+12P) Mf=2314 V=1956 (9) L=393 1ø10(138+12P) 1ø10(133+12P) Mf=2349 V=1972 (8) L=396 1ø10(133+12P) 1ø10(138+12P) Mf=2384 V=1988 (7) L=400 1ø10(133+12P) 1ø10(138+12P) Mf=2419 V=2004 (6) L=403 1ø10(138+12P) 1ø10(138+12P) Mf=2452 V=2019 (5) L=406 1ø10(133+12P) 1ø10(138+12P) Mf=2484 V=2034 (4) L=409 1ø10(138+12P) 1ø10(138+12P) Mf=2517 V=2048 (3) L=412 1ø10(133+12P) 1ø10(138+12P) Mf=2550 V=2063 (2) L=414 1ø10(138+12P) 1ø10(138+12P) Z-1 -1.0 d12 # 15x15cm d12 # 15x15cm BAJANTE d110 MANGUITO TUBO PVC d125 MANGUITO TUBO PVC d125 BAJANTE d110 >5cm AGRUPACION DE BARRAS EN PLANO HORIZONTAL DETALLE DE PASO DE BAJANTE POR VIGA 5 Z-1 Z-1 LINEA MACIZACO DE CABEZA DE VIGUETAS 5 5 5 5 8 7 1 2 3 4 50x27 40x27 40x27 40x27 40x27 9 10 7 6 PORTICO 5 4 5 3 8 338 79 111 HOR-40x27 2cø8s15 338 348+20P 3ø12 30 348+11P 3ø12 21 30 21 334 114 111 HOR-40x27 2cø8s15 334 363+11P 3ø12 30 363+11P 3ø12 21 30 21 420 1ø16 170 1ø16 22(*30)P+180 1ø16 130 210 19P+220 30 21 HOR-50x27 2cø8s15 420 20P+430 3ø12 30 11P+430 3ø12 21 400 290 1ø16 173 290 112 1ø16 200 145 145 27 2cø8s15 399 3ø12 30 3ø12 21 HOR-50x27 2cø8s10 289 43+290 3ø12 30 30+290 3ø12 21 -1.0 -1.0 5 -1.0 5 -1.0 5 5 5 5 -1.0 -1.0 -1.0 -1.0 PORTICO 7 PORTICO 6 -PORTICO 6 -PORTICO 7 (2) L=414 PORTICO 4 -1.0 5 5 -1.0 5 -1.0 -1.0 5 -1.0 -1.0 1ø10(148+12P) 1ø10(143+12P) -1.0 MANGUITO TUBO PVC d125 BAJANTE %%110 DETALLE DE PASO DE BAJANTE POR VIGA 5 AGRUPACION DE BARRAS EN PLANO HORIZONTAL >5cm BAJANTE d110 MANGUITO TUBO PVC d125 Z-1 5 22 25x27 2d12 2d12 cd8a15cm Z-0 cd8a15cm 2d12 2d12 15x27 22 5 25 15 5 17 14 1ø16 150+22(*30)P HOR-50x27 2cø8s15 365 20P+385+20P 3ø12 11P+385+11P 3ø12 275 147+19P 275 3ø12 3ø12 PORTICO 4 PORTICO 3 PORTICO 3- PORTICO 4- PORTICO 5- Mf=2847 V=2141 (34) L=430 1ø10(148+12P) Mf=2683 V=2071 (32) L=416 1ø10(143+12P) Mf=133 V=392 (31) L=75x2 2x1ø10(75+12P) 2x1ø10(62+9P) Mf=2523 V=2001 (28) L=402 1ø10(143+12P) 1ø10(143+12P) Mf=2369 V=1931 (25) L=388 1ø10(143+12P) 1ø10(120+30) 2ø10(171+12P) Mf=1534 V=2268 (21) L=374 1ø10(133+12P) 1ø8(100) 1ø10(215) Mf=704 V=1736 (20) L=252 (90) (149) 2ø10(149) (148) Mf=1431 V=2192 (16) L=360 1ø10(133+12P) 1ø8(90) 1ø10(210) Mf=710 V=1728 (15) L=252 (85) (149) 1ø12(149) (148) Mf=1336 V=2114 (12) L=347 1ø10(128+12P) 1ø12(210) Mf=715 V=1701 (11) L=252 (149) 1ø12(149) (148) Mf=1244 V=2038 (8) L=333 1ø10(133+12P) 1ø12(205) Mf=721 V=1677 (7) L=252 (149) 1ø12(149) (6) L=250 (148) Mf=1193 V=1997 (4) L=325 1ø10(105+95) 2ø8(190) Mf=728 V=1672 (3) L=252 (149) 1ø16(149) (148) 5 5 5 5 5 5 -1.0 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 17 15 16 14 13 12 275 402 1ø16 285+22(*30)P 172 1ø16 22(*30)P+160 1ø16 147+19P 138 201 19P+211 HOR-50x27 2cø8s15 178 2cø8s10 97 285+20P 3ø12 30 285+11P 3ø12 21 HOR-50x27 2cø8s15 402 20P+412 3ø12 30 11P+412 3ø12 21 365 311 1ø16 151+22(*30)P 1ø16 169 22(*30)P+321 1ø16 192+19P 183 156 19P+165 HOR-50x27 2cø8s15 365 375+20P 3ø12 30 375+11P 3ø12 21 HOR-50x27 2cø8s15 311 20P+321 3ø12 30 11P+321 3ø12 21 PORTICO 2 PORTICO 3 13 12 10 9 14 11 7 6 -1.0 -1.0 -1.0 -1.0 5 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 PORTICO 3- PORTICO 4- PORTICO 5- -1.0 -1.0 -1.0 -1.0 1ø10(138+12P) 1ø10(138+12P) Mf=2550 V=2063 1ø10(138+12P) 1ø10(133+12P) (3) L=412 Mf=2517 V=2048 1ø10(138+12P) 1ø10(138+12P) (4) L=409 Mf=2484 V=2034 1ø10(138+12P) 1ø10(133+12P) (5) L=406 Mf=2452 V=2019 1ø10(138+12P) 1ø10(138+12P) (6) L=403 Mf=2419 V=2004 1ø10(138+12P) 1ø10(133+12P) (7) L=400 Mf=2384 V=1988 1ø10(138+12P) 1ø10(133+12P) (8) L=396 Mf=2349 V=1972 1ø10(133+12P) 1ø10(138+12P) (9) L=393 Mf=2314 V=1956 1ø10(133+12P) 1ø10(133+12P) (10) L=390 Mf=2280 V=1940 1ø10(133+12P) 1ø10(133+12P) (11) L=387 Mf=2246 V=1924 PORTICO 6 PORTICO 7 21 30 21 3ø12 363+11P 30 3ø12 363+11P 334 2cø8s15 HOR-40x27 111 114 334 21 30 21 3ø12 348+11P 30 3ø12 348+20P 338 2cø8s15 HOR-40x27 111 79 338 3 5 4 PORTICO 5 3ø12 11P+406 3ø12 20P+406 396 2cø8s15 HOR-40x27 108 107 1ø16 1ø16 396 3ø12 11P+426 3ø12 20P+426 416 2cø8s15 HOR-40x27 78 107 1ø16 416 1 2 1ø16 5 5 3 1 11 8 259 139+19P 2cø8s15 259 269+20P 3ø12 269+11P 3ø12 157+22(*30)P 210+19P PORTICO 5 Z-1 5 5 LINEA MACIZACO DE CABEZA DE VIGUETAS Z-1 Z-1 8 6 7 400 290 1ø16 157+22(*30)P 1ø16 173 290 112 1ø16 210+19P 200 145 145 27 HOR-50x27 2cø8s15 399 410+20P 3ø12 30 410+11P 3ø12 21 HOR-50x27 2cø8s10 289 43+290 3ø12 30 30+290 3ø12 21 11 10 9 259 420 1ø16 269+22(*30)P 170 1ø16 22(*30)P+180 1ø16 139+19P 130 210 19P+220 HOR-50x27 2cø8s15 259 269+20P 3ø12 30 269+11P 3ø12 21 HOR-50x27 2cø8s15 420 20P+430 3ø12 30 11P+430 3ø12 21 PORTICO 5 8 4 2 -1.0 -1.0 -1.0 5 5 22 22 25 25 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 Mf=752 V=1801 Mf=1673 V=1748 1ø10(108+12P) 1ø10(95) Mf=-513 V=739 (106) -1.0 -1.0 -1.0 -1.0 5 5 5 5 5 ARMADO DE ZUNCHOS Z-1 Z-0 Z-3 VIGUETA SEMIRRESISTENTE h=13/i=70cm BOVEDILLA CERAMICA CAPA DE COMPRESION e=5cm HORMIGON HA-25/B/20 MALLA ELECTROSOLDADA d5 #15x15cm FORJADO DE VIVIENDA: 22+5cm Q=650Kg/m2 -1.0 -1.0 -1.0 5 -1.0 5 -1.0 -1.0 5 -1.0 19 16 18 15 PORTICO 1- PORTICO 2- PORTICO 1- PORTICO 2- Mf=1946 V=1727 (33) L=348 1ø10(138+12P) 1ø10(133+12P) Mf=1925 V=1951 (30) L=361 1ø10(133+12P) 1ø10(120) Mf=-634 V=878 (29) L=84 (112) Mf=2069 V=2015 (27) L=375 1ø10(110+30) 1ø10(120) Mf=-632 V=876 (26) L=84 (112) 2ø10(148) Mf=1476 V=2256 (23) L=389 (220) 1ø10(135) Mf=-630 V=874 (22) L=83 (111) 2ø10(148) Mf=1596 V=2337 (18) L=403 (225) 1ø10(130) Mf=-628 V=872 (17) L=83 (111) 1ø8(80) 1ø12(148) Mf=1846 V=2513 (13) L=417 (95) (235) 1ø10(143+12P) 1ø10(90) 1ø12(148) Mf=1957 V=2595 (9) L=431 (105) (240) 1ø10(143+12P) 1ø10(100) 1ø12(148) Mf=2070 V=2678 (5) L=445 (115) (250) 1ø10(143+12P) 1ø16(148) Mf=2186 V=2760 (1) L=459 (270) 1ø10(148+12P) Mf=MOMENTO FLECTOR MAXIMO EN VANO EN Kp x m EN METRO LINEAL DE FORJADO V=CORTANTE MAXIMO EN APOYO EN Kp/METRO LINEAL Z-1 Z-3 19 18 20 30 3ø12 20P+290 279 2cø8s10 HOR-50x27 30 3ø12 413+20P 302 2cø8s15 100 2cø8s10 HOR-50x27 22(*30)P+289 171 2ø16 157+22(*30)P 2ø16 403 279 1ø16 211+19P 202 140 19P+149 413+11P 3ø12 21 11P+290 3ø12 21 PORTICO 1 -1.0 5 -1.0 -1.0 5 -1.0 -1.0 -1.0 5 20 17 PORTICO 1- PORTICO 2- (30) L=360 (29) L=78 Mf=1803 V=1807 (27) L=374 1ø10(90+30) 1ø10(90) Mf=-512 V=737 (26) L=78 (106) 1ø8(85) 1ø10(151) Mf=1220 V=2005 (23) L=388 (90) (160) 1ø10(95) Mf=-510 V=736 (22) L=77 (105) 2ø10(151) Mf=1337 V=2073 (18) L=402 (160) 1ø10(95) Mf=-508 V=734 (17) L=77 (105) 2ø10(151) Mf=1621 V=2273 (13) L=416 (165) 1ø10(113+12P) 1ø10(90) 1ø12(151) Mf=1722 V=2346 (9) L=430 (90) (175) 1ø10(113+12P) 1ø10(95) 1ø12(151) Mf=1826 V=2421 (5) L=444 (95) (180) 1ø10(113+12P) 1ø10(100) 1ø12(151) Mf=1933 V=2495 (1) L=458 (100) (185) 1ø10(113+12P) 202 5 5 5 5 5 ARMADO DE ZUNCHOS 25 25x27 Z-3 Z-2 25x27 25 Z-1 Z-1 Z-3 Z-0 Z-3 FORJADO DE CUBIERTA: 22+5cm Q=600Kg/m2 VIGUETA SEMIRRESISTENTE h=13/i=70cm BOVEDILLA CERAMICA CAPA DE COMPRESION e=5cm HORMIGON HA-25/B/20 MALLA ELECTROSOLDADA d5 #15x15cm 19 18 279 1ø16 171 22(*30)P+289 1ø16 140 19P+149 30 21 HOR-50x27 2cø8s15 279 20P+290 3ø12 30 11P+290 3ø12 21 PORTICO 1- 18 -1.0 -1.0 5 5 5 5 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 20 19 -1.0 -1.0 -1.0 -1.0 5 17 16 15 PORTICO 2- Mf=1754 V=1559 (33) L=347 1ø10(108+12P) 1ø10(113+12P) 20 PORTICO 1 403 1ø16 157+22(*30)P 211+19P HOR-50x27 2cø8s15 402 413+20P 3ø12 413+11P 3ø12 Mf=121 V=355 Mf=2440 V=1880 1ø10(123+12P) 1ø10(118+12P) -1.0 5 1ø10(118+12P) 1ø10(118+12P) 1ø10(108+12P) 1ø10(103+12P) 1ø10(148+12P) 1ø10(143+12P) 1ø10(143+12P) 1ø10(143+12P) -1.0 >5cm 5 MANGUITO TUBO PVC d125 BAJANTE %%110 DETALLE DE PASO DE BAJANTE POR VIGA MANGUITO TUBO PVC d125 -1.0 5 5 5 5 15 25 5 22 15x27 2d12 2d12 cd8a15cm cd8a15cm 2d12 2d12 25x27 22 5 Z-0 Z-1 25x27 2d12+1d16 2d12+1d16 cd8a5cm 22 Z-3 Z-2 22 25x27 2d12 2d12 cd8a5cm 5 5 Z-1 Z-1 Z-1 Z-1 Z-2 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 7 10 13 6 9 12 PORTICO 3- PORTICO 4- PORTICO 5- PORTICO 3- PORTICO 4- PORTICO 5- Mf=2847 V=2141 (34) L=430 1ø10(148+12P) Mf=2683 V=2071 (32) L=416 1ø10(143+12P) Mf=133 V=392 (31) L=75x2 2x1ø10(75+12P) 2x1ø10(62+9P) Mf=2523 V=2001 (28) L=402 1ø10(143+12P) Mf=2369 V=1931 (25) L=388 1ø10(120+30) (24) L=250 2ø10(171+12P) Mf=1534 V=2268 (21) L=374 1ø10(133+12P) 1ø8(100) 1ø10(215) Mf=704 V=1736 (20) L=252 (90) (149) 2ø10(149) Mf=720 V=1734 (19) L=250 (148) Mf=1431 V=2191 (16) L=360 1ø10(133+12P) 1ø8(90) 1ø10(210) Mf=710 V=1728 (15) L=252 (85) (149) 1ø12(149) Mf=681 V=1858 (14) L=250 (148) Mf=1335 V=2113 (12) L=346 1ø10(128+12P) 1ø12(210) Mf=715 V=1700 (11) L=252 (149) 1ø12(149) Mf=677 V=1899 (10) L=250 (148) Mf=1241 V=2035 (8) L=332 1ø10(133+12P) 1ø12(205) Mf=721 V=1676 (7) L=252 (149) 1ø12(149) Mf=691 V=1943 (6) L=250 (148) Mf=1150 V=1958 (4) L=318 1ø10(128+12P) 2ø8(190) Mf=728 V=1655 (3) L=252 (149) 1ø16(149) Mf=706 V=1990 (2) L=250 (148) 5 5 Z-1 Z-1 Z-1 Z-2 16 15 17 30 3ø12 20P+412 402 2cø8s15 HOR-50x27 30 3ø12 285+20P 97 2cø8s10 178 2cø8s15 HOR-50x27 22(*30)P+160 1ø16 172 285+22(*30)P 1ø16 30 3ø12 375+20P 365 2cø8s15 HOR-50x27 22(*30)P+321 169 1ø16 151+22(*30)P 1ø16 30 3ø12 20P+321 311 2cø8s15 HOR-50x27 PORTICO 3 275 402 1ø16 147+19P 138 201 19P+211 285+11P 3ø12 21 11P+412 3ø12 21 PORTICO 2 11P+321 3ø12 21 365 311 1ø16 192+19P 183 156 19P+165 375+11P 3ø12 21 12 13 14 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 11 14 PORTICO 3- PORTICO 4- PORTICO 5- (31) L=75x2 Mf=590 V=1660 (24) L=257 1ø10(175+12P) Mf=577 V=1593 (19) L=257 (152) Mf=566 V=1693 (14) L=257 (152) Mf=565 V=1729 (10) L=257 (152) Mf=570 V=1768 (6) L=257 (152) Mf=575 V=1809 (2) L=257 (152) 1ø10(118+12P) (32) L=417 Mf=2295 V=1816 (28) L=403 1ø10(118+12P) Mf=2155 V=1753 (25) L=389 Mf=1345 V=2059 (21) L=375 1ø8(85) 1ø10(160) Mf=555 V=1582 (20) L=252 (90) (149) 2ø10(149) Mf=1250 V=1990 (16) L=361 1ø8(80) 1ø10(155) Mf=557 V=1572 (15) L=252 (85) (149) 1ø12(149) Mf=1160 V=1919 (12) L=347 1ø10(108+12P) 1ø8(75) 1ø10(155) Mf=559 V=1548 (11) L=252 (80) (149) 1ø12(149) Mf=1072 V=1849 (8) L=333 1ø10(108+12P) 1ø12(155) Mf=561 V=1526 (7) L=252 (149) 1ø12(149) Mf=987 V=1779 (4) L=319 1ø10(103+12P) 2ø8(145) Mf=563 V=1506 (3) L=252 (155) 1ø12(75) AGRUPACION DE BARRAS EN PLANO HORIZONTAL BAJANTE d110 PORTICO 5 30 3ø12 20P+430 420 2cø8s15 HOR-50x27 30 3ø12 269+20P 259 2cø8s15 HOR-50x27 22(*30)P+180 1ø16 170 269+22(*30)P 1ø16 30 3ø12 410+20P 399 2cø8s15 HOR-50x27 22(*30)P+300 145 1ø16 155+22(*30)P 1ø16 30 3ø12 20P+300 289 2cø8s15 HOR-50x27 11P+300 3ø12 21 400 290 1ø16 210+19P 200 145 19P+155 410+11P 3ø12 21 259 420 1ø16 139+19P 130 210 19P+220 269+11P 3ø12 21 11P+430 3ø12 21 9 10 11 7 6 8 PORTICO 4 5 5 8 -1.0 5 BAJANTE d110 AGRUPACION DE BARRAS EN PLANO HORIZONTAL MANGUITO TUBO PVC d125 DETALLE DE PASO DE BAJANTE POR VIGA BAJANTE %%110 MANGUITO TUBO PVC d125 5 >5cm 5 5 5 5 5 5 -1.0 15 25 5 22 15x27 2d12 2d12 cd8a15cm cd8a15cm 2d12 2d12 25x27 22 5 Z-0 Z-1 2d12+1d16 2d12+1d16 cd8a5cm 2d12 2d12 cd8a5cm 5 5 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 Z-1 Z-2 Z-2 16 15 12 311 1ø16 146 1ø16 22(*30)P+125 1ø16 156 19P+165 30 21 HOR-50x27 2cø8s15 311 20P+321 3ø12 30 11P+321 3ø12 21 402 1ø16 142 1ø16 22(*30)P+160 1ø16 201 19P+211 HOR-50x27 2cø8s15 402 20P+412 3ø12 11P+412 3ø12 5 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 5 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 -1.0 11 14 10 13 6 9 12 PORTICO 3- PORTICO 4- PORTICO 5- 2x1ø10(75+12P) 2x1ø10(62+9P) Mf=2589 V=1943 (34) L=431 1ø10(118+12P) 17 PORTICO 2 PORTICO 3 14 13 365 1ø16 151+22(*30)P 169 192+19P 183 HOR-50x27 2cø8s15 365 375+20P 3ø12 375+11P 3ø12 275 285+22(*30)P 147+19P 138 HOR-50x27 2cø8s15 178 2cø8s10 97 285+20P 3ø12 30 285+11P 3ø12 21 30 21 200 9 6 7 290 1ø16 145 22(*30)P+300 1ø16 145 19P+155 30 21 HOR-50x27 2cø8s15 289 20P+300 3ø12 30 11P+300 3ø12 21 420 1ø16 140 1ø16 22(*30)P+150 2ø16 210 19P+220 HOR-50x27 2cø8s15 420 20P+430 3ø12 11P+430 3ø12 5 5 8 7 1ø10(118+12P) PORTICO 4 11 10 PORTICO 5 8 400 1ø16 155+22(*30)P 210+19P HOR-50x27 2cø8s15 399 410+20P 3ø12 410+11P 3ø12 259 269+22(*30)P 139+19P 130 HOR-50x27 2cø8s15 259 269+20P 3ø12 30 269+11P 3ø12 21 30 21

Language	Spanish
Drawing Type	Detail
Category	Construction Details & Systems
Additional Screenshots
File Type	dwg
Materials	Concrete
Measurement Units
Footprint Area
Building Features	Deck / Patio
Tags	autocad, dach, dalle, DETAIL, details, DWG, escadas, escaliers, house, lajes, mezanino, mezzanine, platte, reservoir, roof, slab, stair, structures, telhado, toiture, treppe