This document contains calculations of loads on various structural elements like beams, slabs and columns for a multi-storey building. Dead loads from self-weight of structural elements and finishes are calculated along with live loads. Ultimate loads accounting for load factors are determined for columns on the ground floor, first floor and roof. Beam sizes, slab thicknesses and other structural details are also provided.
Name: Sadia Mahajabin
ID : 10.01.03.098
4th year 2nd Semester
Section : B
Department of Civil Engineering
Ahsanullah University of Science and Technology
ANALYSIS OF FRAMES USING SLOPE DEFLECTION METHODSagar Kaptan
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Solution Manual for Structural Analysis 6th SI by Aslam Kassimaliphysicsbook
https://www.unihelp.xyz/solution-manual-structural-analysis-kassimali/
Solution Manual for Structural Analysis - 6th Edition SI Edition
Author(s): Aslam Kassimali
Solution Manual for 6th SI Edition (above Image) is provided officially. It include all chapters of textbook (chapters 2 to 17) plus appendixes B, C, D.
Memoria del trabajo de Halloween, realizado para la asignatura de Técnica Fotográfica del segundo curso del módulo de Fotografía Artística de la Escuela de Artes y Oficios de Almería.
Name: Sadia Mahajabin
ID : 10.01.03.098
4th year 2nd Semester
Section : B
Department of Civil Engineering
Ahsanullah University of Science and Technology
ANALYSIS OF FRAMES USING SLOPE DEFLECTION METHODSagar Kaptan
slope deflection equations are applied to solve the statically indeterminate frames without side sway. In frames axial deformations are much smaller than the bending deformations and are neglected in the analysis.
Solution Manual for Structural Analysis 6th SI by Aslam Kassimaliphysicsbook
https://www.unihelp.xyz/solution-manual-structural-analysis-kassimali/
Solution Manual for Structural Analysis - 6th Edition SI Edition
Author(s): Aslam Kassimali
Solution Manual for 6th SI Edition (above Image) is provided officially. It include all chapters of textbook (chapters 2 to 17) plus appendixes B, C, D.
Memoria del trabajo de Halloween, realizado para la asignatura de Técnica Fotográfica del segundo curso del módulo de Fotografía Artística de la Escuela de Artes y Oficios de Almería.
Itong modyul ng pangkatuto ay nakakatulong sa mga mag-aaral tungkol sa mga pagbabago dulot ng Kolonisasyon sa Pilipinas sa aspektong lipunan, kultural, edukasyon, teknolohiyal, pamahalaan at relihiyon.
Presentación realizada para complementar la información del blog "Agudeza visual"en la página web de la clínica oftalmológica DYTO: www.clinicadyto.com/2011/agudeza-visual/
White wonder, Work developed by Eva TschoppMansi Shah
White Wonder by Eva Tschopp
A tale about our culture around the use of fertilizers and pesticides visiting small farms around Ahmedabad in Matar and Shilaj.
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Book Formatting: Quality Control Checks for DesignersConfidence Ago
This presentation was made to help designers who work in publishing houses or format books for printing ensure quality.
Quality control is vital to every industry. This is why every department in a company need create a method they use in ensuring quality. This, perhaps, will not only improve the quality of products and bring errors to the barest minimum, but take it to a near perfect finish.
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4. MOMENT FOR GROUND FLOOR
BEAM K-34
TOTAL MOMENT=0
(F4x2.7) – (89.37x1.35) =0
F4=44.7 kN
89.4=F3+44.7
F3=44.7 kN
F3 F4
33.1kN/m(89.4)
2.7 m
33.1kN/m(89.4)
F3 F4
+
-
0 BM
5. FIRST FLOOR
BEAM SELF WEIGHT=0.23x0.5x24 = 2.76 kN/m
BRICK WALL WEIGHT= 3.65X0.115X19 = 7.98 kN/m
BEAM 6KI (2 WAY)
DEAD LOAD ON SLAB KI-56 =24x3/2 =36kN/m
LIVE LOAD ON SLAB KI-56 = 2x 3/2 = 3kN/m
ULTIMATE LOAD OF BEAM 6KI= (36x1.4) + (3x1.6) =5.5 kN/m
BEAM 5KI(TWO WAY)
DEAD LOAD ON SLAB KJ-56 =24 x3/2 =36kN/m
LIVE LOAD ON SLAB KJ-56 =1.5X3/2 = 2.25 kN /m
ULTIMATE LOAD = (36x1.4)+(2.25x1.6) =54kN/m
BEAM 6-JI(TWO WAY)
DEAD LOAD ON SLAB 67-JI = (24x1.5/2) x2/3=12 kN /m
DEAD LOAD ON SLAB 67-JI=(2x1.5/2)x2/3 =1 kN/m
ULTIMATE LOAD= (12x1.4) +(1x1.6) =18.4 kN/m
6. BEAM J-46
BEAM SELF WEIGHT =0.23x0.5x24=2.76 kN/m
BRICK WALL WEIGHT=3.65x0.115x19=7.98kN/m
DEAD LOAD ON SLAB JH-45=24x2.8/2=33.6kN/m
LIVE LOAD ON SLAB JH-45=2x2.8/2=28kN/m
ULTIMATE LOAD ON BEAM J-46 = (33.6X1.4) + (2.8X1.6) =51.52kN/m
BEAM J-46(TRIANGULAR)
DEAD LOAD ON SLAB KJ-56 =(24x3/2)x2/3 =24 kN/m
LIVE LOAD ON SLAB KJ-56 = (2x3/2)x2/3 = 2 kN/m
ULTIMATE LOAD = (1.4x24)+(1.6x2)= 36.8 kN/m
BEAM J-46(TRAPEZIUM)
DEAD LOAD ON SLAB JH- 45=(24x 2.8/2)=24 kN/m
LIVE LOAD ON SLAB JH-45= (2x 2.8/2) =2.8 kN/m
ULTIMATE LOAD =(1.4x33.6)+(1.6x2.8)= 51.52 kN/m
BEAM J-45(TRIANGULAR)
DEAD LOAD ON SLAB KJ-45=(24x3/2)x2/3=24 kN/m
LIVE LOAD ON SLAB KJ-45 =(2x3/2)x2/3=2 kN/m
ULTIMATE LOAD = (1.4x24)+(1.6x2)= 36.8 kN/m
7. BEAM J-46
DEAD LOAD ON SLAB JH-56 =24x2.8/2=33.6kN/m
LIVE LOAD ON SLAB JH-56 =2x2.8/2=2.8kN/m
ULTIMATE LOAD ON J-56 (TRAPEZODIAL)
=(33.6x1.4)+(2.8x1.6)=51.52kN/m
DEAD LOAD ON SLAB KJ-56=(24x3/2)x2/3=24kN/m
LIVE LOAD ON SLAB KJ-56=(2x3/2)x2/3=2kN/m
ULTIMATE LOAD ON J-56=(1.4x24) + (1.6x2)=36.8kN/m
DEAD LOAD ON SLAB KJ-45= (24x3/2)x2/3=24kN/m
LIVE LOAD ON SLAB KJ-45= (2x3/2)x2/3= 2kN/m
ULTIMATE LOAD ON J-45= (1.4x24) + (1.6x2) = 36.8kN/m
ROOF PLAN
BEAM SELF WEIGHT=0.2x24 =48kN/M2
BEAM C6-C24(ASSUMING FLAT ROOF)=582x2.8/2 =814.8
8. HEIGHT OF FLOORS=3.65m
DEAD LOAD=0.25x3.65x19=17.33kN/m
BEAM SIZE IS 200x500
DEAD LOAD=0.23x0.5x24=2.76kN/m
SLAB THICKNESS IS 200mm
DEAD LOAD= 0.2x24= 4.8kN/m2
COLUMN SIZE=250x250
DEAD LOAD=0.25x0.25x3.65x24 =4.63 kN
SHADED AREA OF SLAB
x=1.5+1.65 =3.15
y=1.9+1.9 =3.8
AREA OF SLAB=12m
9. COLUMN B2
ROOF LEVEL
DEAD LOAD
SLAB(FLAT ROOF) 11.97m2x4.8=57.46kN
ROOF BEAM 6.95x2.76=19.18 kN
GROUND FLOOR
DEAD LOAD
BRICK WALL DEAD LOAD=0.25x3.65x19=17.33kN
WALLS=6.95x17.33=120.4kN
SLABS =11.97x4.8= 55.5kN
BEAMS=7.25x2.76= 20kN
COLUMN = 4.63 kN
TOTAL =200.5 kN
GROUND FLOOR
LIVE LOAD
KITCHEN =(1.5x1.1)+(1.65x1.1)x3=10.4kN
DINING AREA= {(1.9x1.5)+(1.65x1.9)}x2=11.97kN
TOTAL =22.37 kN
10. COLUMN B2
FIRST FLOOR
DEAD LOAD
WALLS 6.95x17.33=120.4kN
SLAB 14.21x4.8=68.2 kN
BEAMS 7.25x2.76=20kN
COLUMN =4.63kN
TOTAL =433.2kN
FIRST FLOOR
LIVE LOAD
BEDROOM=(1.65x1.9)x1.5kN/m 2
=4.7kN
TOILET=(0.75x0.95)x2kN/m 2
=1.42kN
TOTAL =6.12kN
ULTIMATE LOAD= (633.7x1.4)+(28.49x1.6)=936.76kN
11. COLUMN 8aF
ROOF LEVEL
DEAD LOAD
SLAB(FLAT ROOF) =18.53x2.76=51.14 kN
GROUND FLOOR
DEAD LOAD
WALLS 6.6x17.33=114.38 kN
SLABS 14.95x4.8=71.76 kN
BEAMS 6.6x2.76=18.22 kN
COLUMN =4.63kN
TOTAL =208.99kN
GROUND FLOOR
LIVE LOAD
ASSUMING CAR PORCHIS 3.0 kN /m2
3.0x14.95=44.85 kN
12. COLUMN 8a F
FIRST FLOOR
DEAD LOAD
WALLS = 5.7x17.33=98.78 kN
SLABS =18.53x4.8=88.9 kN
BEAMS =6.6X2.76=18.22 kN
COLUMN =4.63 kN
TOTAL = 210.57kN
FIRST FLOOR
LIVE LOAD
ASSUMING LANDINGS IS 2.0kN/m2
2.0x18.53 =37.06 kN
ULTIMATE LOAD=(419.5x1.4)+(81.91x1.6)=718.44 kN
13. COLUMN K6
ROOF LEVEL
DEAD LOAD
SLAB(FLAT ROOF) =(2.9x4.5)x4.8=62.6 kN
ROOF BEAM = (2.9+4.5)x2.76=20.42 kN
GROUND FLOOR
DEAD LOAD
WALLS =10.1x17.33 =174.43 kN
SLABS =13.1x4.8 =62.6 kN
BEAMS =16.67x2.76 =46 kN
COLUMNS = 4.63 kN
TOTAL =287.7 kN
GROUND FLOOR
LIVE LOAD
LIVING AREA (ASSUMING LOAD IS 2kN/m2)
3x3.115x2 =18.69 kN
14. COLUMN K6
FIRST FLOOR
DEAD LOAD
WALLS =7.4x17.33 =128.24 kN
SLABS =13.1x4.8 =62.6 kN
BEAMS =7.4x2.76= 20.42 kN
COLUMN =4.63 kN
TOTAL =215.892kN
FIRST FLOOR
LIVE LOAD
BEDROOM =(2.9x3)x1.5 =13.1 kN
BALCONY =(1.5x2.9)x2=8.7 kN
(ASSUMING BALCONY IS 2kN/m2)
ULTIMATE LOAD=(503.592x1.4)+(40.49x1.6)=769.79 Kn
15. COLUMN J2
ROOF LEVEL
DEAD LOAD
SLAB(FLAT ROOF) =12x4.8=57.6 kN
ROOF BEAM =10.75x2.76 =29.67 kN
GROUND FLOOR
DEAD LOAD
WALLS =10.75x17.33 =186.3 kN
SLABS =12x4.8 =57.6 kN
BEAMS = 10.75x2.76 = 29.57 kN
COLUMN =4.8 kN
TOTAL =278.37kN
GROUND FLOOR
LIVE LOAD
DINING AREA ={(1.65x1.9)+(1.5x1.9)}x2 =11.97 kN
KITCHEN ={(1.65x1.9)+(1.5x1.9)}x3 =18 kN
TOTAL =57.74 kN
16. COLUMN J2
FIRST FLOOR
DEAD LOAD
WALLS =6.95x17.3 =120.4
SLABS =12x4.8 =57.6 kN
BEAMS =6.95x2.76 =19.2 kN
COLUMN =4.63 kN
TOTAL =201.83kN
ULTIMATE LOAD =(475.4x1.4)+(36.09x1.6)= 723.3 kN