Concrete Slab Carrier In Rain Gutter DWG Detail for AutoCAD
This file contains the SLAB CONSTRUCTION DETAILS OF CONCRETE ON VEHICULAR CANANLETA STORM
Drawing labels, details, and other text information extracted from the CAD file (Translated from Spanish):
loyal villa, managua, mayor of managua, general project management, specific direction of municipal projects, drawing section, arcivo acad., dib .: bayardo varela, lev: topography, draft:, calc .:, dis .:, sheet no., color:, notebook no .:, scale:, rev .: ing. p. chow m., apr. ing. F. palm b., hydraulic design pipe profile, content:, September, month, year, emergency spillway details, house for the people, external storm drainage, General notes, the canal will be of masonry with beams columns of simple concrete. the frames will be each meter will have cross beam column will also carry a beam asismica beam crown run of simple concrete. the bottom slab will be of simple concrete with waiting to be built between each of the frames. the bearing slab will be of concrete reinforced with foundation of running shoe will have a length of free including the bearing slab must be separated from the one to avoid that the slab of bearing rests on the corona beam of the channel. the concrete should have a compressive strength of psi days. the creep of steel should be f and psi. all structures must be free of soil clay lime should be compacted to the standard proctor. demolish existing pipeline at vehicular junction build slab canal., channel section, esc., racing beam, single-girder concrete beam, decade, confined block, concrete slab, simple concrete, repellent, channel section with bearing slab, confined block, psi., repellent, walking stick, walking stick, the bottom slab will be simple concrete with thick., the bearing slab will be reinforced concrete with running shoe foundation will have a length of, free include the bearing slab must be separate from the centimeter to prevent the slab, bearing on the crown beam of the channel., the concrete must have a compressive strength of psi for days., the yield of the steel should be f and psi., All structures must be free of soil. Soil clay must be compacted to the standard proctor., demolish existing pipeline at intersection vehicle build slab channel., the channel with slab will be located between the stationed to the topographic one., the design section of the channel should be kept the same design slope., the slab will serve as a bearing surface., General notes:, see, on this sheet, structural detail of bearing slab, detail, run, bearing slab, esc .:, space filled, with bituminous material, mortar relationship, structural framework, esc .:, structural detail beams columns, run, concrete slab, structural framework, each, bearing slab, see structural detail, column corona beam, esc .:, section, reinforcement:, stirrup:, covering:, asystic beam, esc .:, section, reinforcement:, stirrup:, covering:, the channel will be masonry confined with reinforced concrete columns. the frames will be each in, where it will carry a transverse beam. he would also carry a beam like this
Raw text data extracted from CAD file:
| Language | Spanish |
| Drawing Type | Detail |
| Category | Construction Details & Systems |
| Additional Screenshots |
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| File Type | dwg |
| Materials | Concrete, Masonry, Steel |
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| Building Features | |
| Tags | autocad, béton armé, carrier, concrete, construction, DETAIL, details, DWG, file, formwork, gutter, losa, rain, reinforced, reinforced concrete, schalung, slab, stahlbeton, storm, vehicular |