3. Load Tracing Determine the Columns loads assuming: DL (decking, flooring, etc.) = 30 psf LL (occupancy) = 50 psf Total Load = 80 psf 101 0 GI OPEN B-270 'DECKING. DECKING B-3 E G2 TYPICAL FLOOR FRAMING
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- Prepare the details estimate for the following 2 roomed building epare BOG the foilowing WI w1 D2 3500 mm x 3400 mm 4000 mm x 3400 mm W1 D1 D1 -Door 1 1100mmx 2100mm D2 -Door 2 1000mmx 2100mm W1-Window 1 1200mmx 1200mm Roof height: 2.80m Consider bearing for lintel as RCC roof 170mm thick Lintel 0.15m thick 300mm 1 300 mm 750 mm 1000 mmm- 1200 mm ww 00s ww 00s 200 mm ww 00s3. Load Tracing Determine the Columns loads assuming: DL (decking, flooring, etc.) = 30 psf LL (occupancy) = 50 psf Total Load = 80 psf 2 10⁰ A loi GI OPEN 7B-270 DECKING DECKING B-3 D 4-3 G2 TYPICAL FLOOR FRAMINGQ4. With the aid of sketches, critically discuss the installation of an independence type of scaffold system in building construction. The discussion should highlight the function of each component members of the system and necessary safety precaution that need to be taken during the installation.
- Pls fast I will sure upvoteGIVEN: THE STRUCTURE SHOW is USED AS A HOSPITAL, WITH THE USE OF EACH FLOOR AS INDICATED. THE BUILDNG FLOOR AND RO0C COMPONENTS ARE LISTED; IGNARE THE WEIGHT OF EXTERIOR WALLS. 20' TYPICAL FLOOR: 1.5" TERRAZZO ON SLAB 3/4" SUBFLOOR 6" CONCRETE FLOOR DECK FLOOR BEAMS (1o PSF) MECHAMCAL DUCTS ACOUSTICAL FIBER CEILUNG RooF 30 LIGHT STOKAGE LEVELY PATIENT ROOMS LEVEL3 30 OPERATING ROOM5 LEVELZ OFFICE W/PARTITIONS LEVELI ROOF: ASPHALT SHINGCES RooF BEAMS (3 PSF) 20 GAGE mETAc DECK MECHANICAL DOCTS ACOUSTICAL FIBER CEIUNG PLAN VIEW ELEVATION VIEW FIND: A) THE RISK CATEGORY B) THE FLOOR DEAD LIVE ANO ROOF DEAD uVE LOMOS c) THE REDUCED UVE LONO ONA TYPICAL EPGE ANO TYPICAL CORNER COLUMN, IF ALLOWED ; FLOOR LOADS ONLY, NOT ROOFCONSTRUCT 4 A 4B A SUMMARY TABUL & PLOT Fc = 6000 PS1 fy = 60 ks2 Fe 4000 PS1 Fy = 60 KSI 23 26 14" 16" . I 2.5" 1 ST 4 # 9 BARS 4 #4 BARS
- 1. (a) Calculate the tributary area, AT, for column 2A in the 4th floor (i.e. the column supporting the roof) to be used in calculation of total roof live load on column 1A (note that "roof live load" is different than "floor live load"). (b) Calculate the tributary area, AT, for column 1A in the 2nd floor to be used for calculation of floor live load acting on the column. c) Calculate the tributary area, AT, for column 1B in the 1st floor to be used for calculation of floor live load acting on the column. (d) Calculate the influence area, AI, for column 1B in the 1st floor for floor live load. e) For a specified live load of p. = 40 psf, calculate the design floor live load, pz [psf], for column IB in the Ist floor using floor live load reduction from code (if allowed). () Using your answers from (c) through (e), calculate the axial force, P. [kip], acting at the top of column 1B in the Ist floor due to floor live load. (g) If columns are 16 in. x 16 in. in x-sect, typical floor beams…load 1: 60 load 2: 50Just LFRD and check for local buckling
- 4.4 Refer to the framing span diagrams from Architects' Studio Companion and answer the following questions: qea jo dag Dept of slab sadap mas 203 mm 30* 6" 152mm 108 2 52mm 19* 381 mm 12" 306 mm 229mm 6 610 mm 3" 70 mm 10 30 m 20" 508 mm 204 10" 406 mm 12" 305 mm SITECAST CONCRETE ONE-WAY SOLID SLAB SITECAST CONCRETE TWO-WAY FLAT PLATE 0 SITECAST CONCRETE ONE-WAY JOISTS Contional rec 19² 55 D 203 10 152 mm pans 12 apans 30° 91m 305 City Span Pomisionity Span pa 358 mm 12 pass 0 36° 110m 16 5.5m 10 pas 406 me 122 m 50 pas 508 54 165 m D Ping 24 13 m ar: urpo au 50 158 m 813mm 660 508 406 207 72 21.9 m 16" 305 mm The top chartis forsical concrete one-way solid slab construction, either conventionally reinforced or posttensioned. For light to medium loads, read toward the right in the indicated areas. For heavy loads, read toward the left. Size slab depth up to the nearest in. (10 mm). ← 1₂ P a. What is the acceptable span range (that is both minimum and maximum) for an 8-inch thick….In the reinforced beam section shown in the figure (not drawn to scale), the nominal cover provided at the bottom of the beam as per IS 456-2000, is 50 2-286 3-166 x 50 2-legged, 12 strrups@90c/e X 50Determine the moment resisting capacity (M) of the given cross-section -ww009=H Φ 20 6 Φ 20 ←B-350 mm-