this is the spreed sheet prepared in excell in checking shear action in flat slab desing
this is the spreed sheet prepared in excell in checking shear action in flat slab desing
designing of flat SlabFull description
Flat slab designFull description
Descripción: Flat Slab
Full description
لققق
Deskripsi lengkap
Flat Slab
FILE
FILE
Frame Description: Example 2way flat slab with drop panels Design - Car Park C:\RAPT6Demo\Raptrun\Example Flat Slab Design - Car Park.rpf RAPT - Version: 6.2.1.3 Reinforced And Post-Tensioned Concrete Analysis & Design Package Copyright(C) 1988 - 2008 PCDC Pty. Ltd. All Rights Reserved Licensee Demo
Input General Design Code Material Reinforcement Type Member Type Panel Type Strip Type Percentage of load carried by Column Strip Column Stiffness Concrete - Spanning Members Concrete - Columns Top Reinforcement Cover Bottom Reinforcement Cover Self Weight Definition Pattern Live Load Earthquake Design Moment Redistribution Design Surface Levels
List Australia - AS3600*SAVED* List Australia - Australian Materials*SAVED* List Bonded Post-Tensioned List Slab List Internal List Two way % 70 List Equivalent Column List 32MPa List 40MPa mm 22 mm 22 List Program Calculated Y/N Y List None % 0 List Extreme Surfaces
Span Span Span Slab Panel Panel Column Column Length Depth Width Width Strip Width Strip Width Left Right Left Right mm mm mm mm mm mm LC 3400 225 8200 8200 4100 4100 1 10100 225 8200 8200 4100 4100 2 6800 225 8200 8200 4100 4100 3 10100 225 8200 8200 4100 4100 RC 3400 225 8200 8200 4100 4100
Columns Column Column Support Column Column Column Column Column Column Transverse Capital Depth Pin Percentage Braced Column Punching Grid Type Height Width Length Height Width Length Column below Base Column frame Shortening Shear Reference Above Above Above below below below spacing deepest below Stiffness at this Restrained Check section column required A List mm mm mm mm mm mm mm mm Y/N % Y/N Y/N Y/N 1 1 Column 2400 200 800 2400 200 800 8200 0 Y 100 Y N Y 2 2 Column 2400 200 800 2400 200 800 8200 0 Y 100 Y N Y 3 3 Column 2400 200 800 2400 200 800 8200 0 Y 100 Y N Y 4 4 Column 2400 200 800 2400 200 800 8200 0 Y 100 Y N Y Column Transverse Transverse effective prestress depth (P/A) difference mm MPa 1 0 0 2 0 0 3 0 0 4 0 0
Drop Panel Column Drop Drop Drop Drop Panel Panel Panel Panel Depth Width Length Length Left Right mm mm mm mm 1 350 2800 1500 1500 2 350 2800 1500 1500 3 350 2800 1500 1500 4 350 2800 1500 1500
Drop Panel Type List Drop panel Drop panel Drop panel Drop panel
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:40:22 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Load Cases Load Load Type Load Definition Live Load Description Case Deflection Case List List Y/N A 1 Self Weight Applied Loads 2 Live Load Applied Loads Y
1. Self Weight - Panel Load Left End reference column
Right end of Load at Description load from right reference end column mm kN/m2 A 1900 5.52 1500 6.56 8600 5.52 1500 6.56 5300 5.52 1500 6.56 8600 5.52 1500 6.56 3400 5.52
2. Live Load - Panel Load Left End reference column
1
0
Left end of load from reference column mm
Load at Right End left end reference column
0
kN/m2 3
4
Right end of Load at Live Load Description load from right reduction reference end column mm kN/m2 #.# A 3400 3 1
Load Combinations : Ultimate Load Description Prestress Prestress 1. Self 2. Combination Secondary Secondary Weight Live Adverse Beneficial Load A #.# #.# #.# #.# 1 Live Load 1 1 1.2 1.5 2 Live Load 1 1 0.9 1.5 3 Dead Load 1 1 1.35 0
Load Combinations : Short Term Service Load Description Long-term 1. Self 2. Live Combination Prestress Weight Load A #.# #.# #.# 1 Live Load 1 1 0.7
Load Combinations : Permanent Service Load Description Long-term 1. Self 2. Live Combination Prestress Weight Load A #.# #.# #.# 1 Live Load 1 1 0.4
Long-term 1. Self 2. Live Prestress Weight Load A #.# #.# #.# Short Term - Deflection 1 1 0.7 Permanent - Deflection 1 1 0.4 Initial - Deflection 1 1 0
Load Combinations : Transfer Prestress Load Description Transfer 1. Self 2. Live Combination Prestress Weight Load A #.# #.# #.# 1 Transfer 1 1 0
Load Combinations : Pre Existing Load Description Long-term 1. Self 2. Live Combination Prestress Weight Load A #.# #.# #.# 1 Pre Existing 1 1 0
Page 2/79 License No.:
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:40:31 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 3/79 License No.:
Load Combinations : Construction Load Description Long-term 1. Self 2. Live Combination Prestress Weight Load A #.# #.# #.# 1 Construction 1 1 0
Lateral Distribution Spans Column Column strip % Column % Column strip % at at maximum strip % at Strip moment left end midspan right end to parallel of span moment of span beam % % % % LC 70 70 70 0 1 70 70 70 0 2 70 70 70 0 3 70 70 70 0 RC 70 70 70 0
Load Case 1 : 1. Self Weight kN/m 60 40 20 0
1
2
P2
P1
P3
3400
P4
3 P5
P6
13500
20300
2
3
4 P7
P8
P9
30400mm
Load Case 2 : 2. Live Load kN/m 60 40 20 0
1
P1
P1
P1
3400
P1 13500
P1
P1 20300
4
P1
P1
P1
30400mm
Prestress Tendon Normal or Steel Steel upside down Type Diameter profiles List 1 C 1 M Tendon
1 C 1 M
Prestress Type
Prestress Number Number Spacing Top Bottom Left Distance to Left Right Anchorage of of of Cover Cover Anchorage left Anchorage Anchorage Size Strands Tendons tendons to to Duct Reference anchorage Type Reference Duct Column from column Column List List List List List #.# mm mm mm mm List Strand 12.7mm MonoStrand 4 4 3 20 25 0 0 5 4 4 2 20 25 0 0 5
Distance to Right Stacked tendons, Tendon Right Anchorage No effect on Length Anchorage from Type effective shear Column width mm List List mm 0 Individual 33800 0 Individual 33800
Tendon 1 : Column Strip - Drape Locations Span
LC 1 2 3 RC
Tendon Length of Left End Length of Right End Reverse Number of strands Number of Number of Extra Tendon Number of Profile Type Straight Straight Curve from left end strands from strands angle Profile strands Section/Start of Section/End of Radius terminating in span left end from right change Point full length Drape Section in Drape Section in and restarting before terminating terminating in this Spacing of tendon in span Span Span end of tendon in span in span span List mm mm mm # # # #.# mm # 0 1500 5000 0 0 0 0 1000 4 1500 1500 5000 0 0 0 0 1000 4 1500 1500 5000 0 0 0 0 1000 4 1500 1500 5000 0 0 0 0 1000 4 1500 0 5000 0 0 0 0 1000 4
Tendon 1 : Column Strip - Allowable Profiles Span Tendon Cover Tendon Cover Tendon Cover to Tendon Cover Tendon Cover Available Relative to centreline at to duct at left duct at low point to duct at right to duct at right Parabola Minimum left end of span end of Parabola of parabola end of Parabola end of span Drape Tendon Ratio mm mm mm mm mm mm #.# LC 100.5 20 20 80.3 1 1 20 20 25 20 20 136.1 0.539 2 20 20 25 20 20 155.6 0.504 3 20 20 25 20 20 136.1 0.539 RC 20 20 100.5 80.3 1
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:40:40 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Tendon 1 : Column Strip - Adopted Profiles Span Profile Profile Profile Profile Profile Profile Adopted Percentage of Prestress Balanced Height height at height at Height at height at height at Parabolic available Force Uniform Datum left end left end of midpoint of right end of right end Drape parabolic drape Load of span parabola parabola parabola of span adopted mm mm mm mm mm mm mm % kN % LC 225 115 155.3 155.3 42.8 53.3 103.05 92.6 1 225 155.3 155.3 38 192.8 192.8 136.1 100 112.43 92 2 225 192.8 192.8 151.5 192.8 192.8 41.3 26.6 106.7 92.5 3 225 192.8 192.8 37.3 155.3 155.3 136.8 100 112.43 92.5 RC 225 155.3 155.3 115 42.8 53.3 103.03 92.6
Tendon 1 : Column Strip - Details Reverse Curve at Left Anchorage Y/N N Reverse Curve at Right Anchorage Y/N N % 85 Percentage Jacking Force
Tendon 1 : Column Strip - Jacking Sequence Stage Proportion of Stressing Concrete Jacking force Time in Strength applied at this days stage % #.# MPa 25 2.423 7 75 55.386 22 0 0 0 0 0 0
Tendon 1 : Middle Strip - Drape Locations Span
LC 1 2 3 RC
Tendon Length of Left End Length of Right End Reverse Number of strands Number of Number of Extra Tendon Number of Profile Type Straight Straight Curve from left end strands from strands angle Profile strands Section/Start of Section/End of Radius terminating in span left end from right change Point full length Drape Section in Drape Section in and restarting before terminating terminating in this Spacing of tendon in span Span Span end of tendon in span in span span List mm mm mm # # # #.# mm # 0 0 5000 0 0 0 0 1000 4 0 0 5000 0 0 0 0 1000 4 0 0 5000 0 0 0 0 1000 4 0 0 5000 0 0 0 0 1000 4 0 0 5000 0 0 0 0 1000 4
Tendon 1 : Middle Strip - Allowable Profiles Span Tendon Cover Tendon Cover to Tendon Cover Available Relative to centreline at duct at low point to duct at right Parabola Minimum left end of span of parabola end of span Drape Tendon Ratio mm mm mm mm #.# LC 100.5 20 80.3 1 1 20 25 20 153.5 0.487 2 20 25 20 155.6 0.5 3 20 25 20 153.5 0.487 RC 20 100.5 80.3 1
Tendon 1 : Middle Strip - Adopted Profiles Span Profile Profile Profile Profile Adopted Percentage of Prestress Balanced Height height at Height at height at Parabolic available Force Uniform Datum left end midpoint of right end Drape parabolic drape Load of span parabola of span adopted mm mm mm mm mm % kN % LC 225 115 188.7 76.2 95 104.74 33.6 1 225 188.7 37.3 192.8 153.4 100 112.43 33.6 2 225 192.8 118.9 192.8 73.9 47.5 108.09 33.7 3 225 192.8 37.3 188.7 153.4 100 112.43 33.6 RC 225 188.7 115 76.2 95 104.74 33.6
Tendon 1 : Middle Strip - Details Reverse Curve at Left Anchorage Y/N N Reverse Curve at Right Anchorage Y/N N % 85 Percentage Jacking Force
Page 4/79 License No.:
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:40:48 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 5/79 License No.:
Tendon 1 : Middle Strip - Jacking Sequence Stage Proportion of Stressing Concrete Jacking force Time in Strength applied at this days stage % #.# MPa 25 2.423 7 75 55.386 22 0 0 0 0 0 0
mm 0 3175.1 3400 mm -119.5 -48.1 -43.1 mm 0 312.7 5017.4 9783.2 10100 mm -43.1 -52.8 -200 -49 -38.9 mm 0 233.5 3400 6566.5 6800 mm -38.9 -44.4 -118.3 -44.4 -38.9 mm 0 316.8 5082.6 9787.3 10100 mm -38.9 -49 -200 -52.8 -43.1 mm 0 224.9 3400 mm -43.1 -48.1 -119.5
1 : Column Strip - 3 - 4/12.7
0 4
4
-100 -200 -300
115cl
120
150 150 150 150 150
100
55
30
25
40
75
4 130
185 185 185 185 185
155
140
3 155
185 185 185 185 185
130
75
40
25
30
55
2 100
150 150 150 150 150
120
115cl
1
RAPT 6.2.1.3 Licensee: Demo mm Tendon 100
2011-3-17 7:40:57 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 6/79 License No.:
1 : Middle Strip - 2 - 4/12.7
0 4
4
-100 -200 -300
110
125
150
180
90
135
60
35
25
25
40
60
95
4 140
185
150
120
110
110
120
3 150
185
95
140
60
40
25
25
35
60
90
2 135
180
150
125
110
115cl
1
Reinforcement Reinforcement Preferred Number Use Type Bar Size of Legs List List # Flexural Bar N 500MPa Flexural Mesh F 450MPa Shear Option 1 N 500MPa 10 2 Shear Option 2 N 500MPa 12 2 Shear Option 3 N 500MPa 16 2 Punching Shear N 500MPa 10 1
Reinforcement Maximum Minimum Minimum Minimum Span Minimum Span Infill Stagger Bar Bar Continuous Reinforcement Reinforcement Bars Bars Spacing Spacing Reinforcement into End into Internal Support Support mm mm #.# #.# #.# Y/N Y/N Support Reinforcement 300 124 0 N N Span Reinforcement 300 124 0 0 N N
Column Strip - Design Zones : Top Layer Steel Left End Distance to Bar stagger Top Cover Right End Distance to Bar stagger Top Cover Maximum Minimum Preferred Minimum Number type Reference left end of length at left at left end Reference right end of length at at Right Bar Size Bar Size bar size Number of Column bar end Column bar right end end Bars List mm mm mm mm mm mm List List List # 1 Bar 1 -3400 0 22 4 3400 0 22 24 10 12 0 Layer Maximum Minimum % in Number Spacing of Steel area as Flange Bars % mm % % 1 0 0 0
Column Strip - Design Zones : Bottom Layer Steel Left End Distance to Bar stagger Bottom Right End Distance to Bar stagger Bottom Maximum Minimum Preferred Minimum Number type Reference left end of length at left Cover at left Reference right end of length at Cover at Bar Size Bar Size bar size Number of Column bar end end Column bar right end Right End Bars List mm mm mm mm mm mm List List List # 1 Bar 1 -3400 0 22 4 3400 0 22 24 10 12 0 Layer Maximum Minimum % in Number Spacing of Steel area as Flange Bars % mm % % 1 0 0 0
Middle Strip - Design Zones : Top Layer Steel Left End Distance to Bar stagger Top Cover Right End Distance to Bar stagger Top Cover Maximum Minimum Preferred Minimum Number type Reference left end of length at left at left end Reference right end of length at at Right Bar Size Bar Size bar size Number of Column bar end Column bar right end end Bars List mm mm mm mm mm mm List List List # 1 Bar 1 -3400 0 22 4 3400 0 22 24 10 12 0 Layer Maximum Minimum % in Number Spacing of Steel area as Flange Bars % mm % % 1 0 0 0
115cl
Reinforcement
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:41:06 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 7/79 License No.:
Middle Strip - Design Zones : Bottom Layer Steel Left End Distance to Bar stagger Bottom Right End Distance to Bar stagger Bottom Maximum Minimum Preferred Minimum Number type Reference left end of length at left Cover at left Reference right end of length at Cover at Bar Size Bar Size bar size Number of Column bar end end Column bar right end Right End Bars List mm mm mm mm mm mm List List List # 1 Bar 1 -3400 0 22 4 3400 0 22 24 10 12 0 Layer Maximum Minimum % in Number Spacing of Steel area as Flange Bars % mm % % 1 0 0 0
Reinforcement Design Zones 1
2
3
3400
13500
20300
4
mm 0 -100 -200 -300
Design Data Capacity Reduction factor (phi) for Flexure Capacity Reduction factor (phi) for Shear Material Factor for Concrete in Flexure Material Factor for Concrete in Shear Material Factor for Reinforcement Maximum Ratio of Neutral Axis Depth for Ductility Ductility Check at Left End Column Ductility Check at Right End Column Minimum Reinforcement Strength Limit - #.## x M* Flexural Critical Section - Consider Transverse Beams Flexural Critical Section - Distance from centre of Support Beam Left Sideface Cover (Internal) Beam Right Sideface cover Prestress Minimum Reinforcement Basis Shear Enhancement at Supports Ast Value in Shear Calculations AS3600 Shear Fitment Hooks Located at Moment Diagram Offset For Flexure Calculations
#.# 0.8 #.# 0.7 #.# 1 #.# 1 #.# 1 #.# 0.4 Y/N Y Y/N Y #.# 0 Y/N Y #.# -1 mm 25 mm 40 List Program Default Y/N N List Calculated List Top of Fitment List Code Default
Maximum Service Stress Change - Prestressed Sections MPa 150 Maximum Service Stress Change - Reinforced Sections MPa 0 % Relative Humidity 50 C. Average Temperature 20 List Program Default Prestress Losses Calculations based on List Crack Width Calculations Code default List AS3600 Shrinkage and Temperature Reinforcement Moderate % Degree of Restraint in Primary Direction 0 % Degree of Restraint in Secondary Direction 0 List Concrete Strength Gain Rate S Concrete Tensile Strength for Deflection Calculations- #.## x (Fc)n #.# -1 #.# Maximum Value of Ieff/Igross for Deflection Calculations 0.6 #.# Total Deflection Warning Limit - Maximum Span/Deflection 250 mm Total Deflection Warning Limit - Maximum Deflection 25 #.# Incremental Deflection Warning Limit - Maximum Span/Deflection 250 mm Incremental Deflection Warning Limit - Maximum Deflection 25 #.# Time of Loading in days 10 #.# Age Adjustment Factor 0.76 MPa Concrete Strength at Time of Loading 21.68 #.# Loaded Period in years 30 List Modified Concrete Tensile Modulus Method Tension stiffening Approach Live Load Pattern Factor Pattern Live Load for Ultimate Strength Pattern Live Load for Crack Control Pattern Live Load For Deflections Pattern Live Load for Deflection Permanent Load Combination
Material Properties Concrete Description
32MPa
40MPa
#.# Y/N Y/N Y/N Y/N
1 Y Y Y N
30400mm
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:41:14 Frame Description: Example 2way flat slab with drop panels Design - Car Park
2011-3-17 7:41:23 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 9/79 License No.:
Plan view 1
2
3
3400
13500
20300
1
2
3
3400
13500
20300
mm -4000
4
-2000 0 2000 4000
30400mm
Full Elevation View 4
mm 2000 1000 0 -1000 -2000 30400mm
Warnings Input No errors or warnings were found.
Output Warning:SUPPORT Reinforcing Bar Spacing There have been problems in determining a bar size to satisfy the design spacing requirements. See Detailed Reinforcement Design Comments. Warning:SPAN Reinforcing Bar spacing There have been problems in determining a bar size to satisfy the design spacing requirements. See Detailed Reinforcement Design Comments.
Frame Properties Span 0 Length mm 1900 1100 400 Inertia mm4 7.78e9 1.72e10 1.81e10 mm2 1.85e6 Area 2.2e6 2.2e6
Moments From Anchorage Eccentricity - Tendon 1 : Column Strip - 3 - 4/12.7 Moment e Prestress Span Location Transfer Moment e Prestress Span Location Transfer Start Force No. Factor End Force No. Factor kNm mm kN # mm #.# kNm mm kN # mm #.# 3.42 -2.5 1532.61 0 0 1.1202 -3.42 -2.5 1532.05 4 3400 1.1202
Forces From Changes In Centroids - Tendon 1 : Column Strip - 3 - 4/12.7 Point Loads Point Moments Ref Distance Prestress Change Vertical Charge Of Applied Transfer Col From Col Force Of Slope Load Centroid Moment Factor A mm kN #.# kN mm kN/m #.# 0 1900 1532.61 0 0 48.1 65.86 1.1202 1 1500 1635.07 0 0 -48.1 -70.22 1.1208 1 8600 1635.07 0 0 48.1 70.22 1.1208 2 1500 1543.14 0 0 -48.1 -66.53 1.1165 2 5300 1543.14 0 0 48.1 66.53 1.1165 3 1500 1634.68 0 0 -48.1 -70.2 1.1208 3 8600 1634.68 0 0 48.1 70.2 1.1208 4 1500 1532.05 0 0 -48.1 -65.83 1.1202
Distributed Forces Induced By Tendon Shape - Tendon 1 : Middle Strip - 2 - 4/12.7 Load Prestress Ref Col Start No. Force No. Location # kN A mm 1 1028.27 0 0 2 1028.27 0 3183.2
Start End End Transfer Value Location Value Factor kN/m mm kN/m #.# -12.59 3183.2 -12.59 1.1119 184.95 3400 184.95 1.1119
30400mm
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:41:57 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Start End Value Location kN/m mm 195.9 301.8 -12.54 9794.1 195.9 10100 188.31 217.4 -12.86 6582.6 188.31 6800 195.9 305.9 -12.54 9798.2 195.9 10100 184.95 216.8 -12.59 3400
Page 13/79 License No.:
End Transfer Value Factor kN/m #.# 195.9 1.1134 -12.54 1.1134 195.9 1.1134 188.31 1.1122 -12.86 1.1122 188.31 1.1122 195.9 1.1134 -12.54 1.1134 195.9 1.1134 184.95 1.1119 -12.59 1.1119
Moments From Anchorage Eccentricity - Tendon 1 : Middle Strip - 2 - 4/12.7 Moment e Prestress Span Location Transfer Moment e Prestress Span Location Transfer Start Force No. Factor End Force No. Factor kNm mm kN # mm #.# kNm mm kN # mm #.# 2.31 -2.5 1028.27 0 0 1.1119 -2.31 -2.5 1028.24 4 3400 1.1119
Secondary Forces Tendon 1 : Column Strip Span End Tendon Centroid e No. Depth Depth # A mm mm mm 0 Left 110 112.5 2.5 0 Right 69.7 160.6 90.9 1 Left 69.7 160.6 90.9 1 Right 32.2 160.6 128.4 2 Left 32.2 160.6 128.4
2011-3-17 7:42:06 Frame Description: Example 2way flat slab with drop panels Design - Car Park
End Tendon Centroid e Depth Depth A mm mm mm Right 32.2 160.6 128.4 Left 32.2 160.6 128.4 Right 69.7 160.6 90.9 Left 69.7 160.6 90.9 Right 110 112.5 2.5
End Tendon Centroid Depth Depth A mm mm Left 110 112.5 Right 36.3 112.5 Left 36.3 112.5 Right 32.2 112.5 Left 32.2 112.5 Right 32.2 112.5 Left 32.2 112.5 Right 36.3 112.5 Left 36.3 112.5 Right 110 112.5
Bending Moments Load Cases Column Actions Col No. 1 Moment Above Moment Below Reaction Elastic Rotation Elastic Axial Shortening
kNm kNm kN #.# mm
Secondary Secondary Prestress Prestress Self Live Transfer Service Transfer Service Weight Load -49.21 -43.95 -49.21 -43.95 81.01 44.16 -40.8 -36.44 -40.8 -36.44 67.18 36.62 -9.02 -8.09 -9.78 -8.73 408.78 208.3 0 0 -2.39e-4 -2.14e-4 3.94e-4 2.15e-4 0 0 0 0 -0.2 -0
kNm kNm kN #.# mm
Secondary Secondary Prestress Prestress Self Live Load Transfer Service Transfer Service Weight 57.69 51.49 57.69 51.49 -88.41 -48.04 47.84 42.7 47.84 42.7 -73.31 -39.83 9.07 8.13 9.82 8.76 407.15 207.44 0 0 2.8e-4 2.5e-4 -4.3e-4 -2.33e-4 0 0 -0 -0 -0.2 -0
kNm kNm kN #.# mm
Secondary Secondary Prestress Prestress Self Live Transfer Service Transfer Service Weight Load -57.83 -51.61 -57.83 -51.61 88.41 48.04 -47.95 -42.8 -47.95 -42.8 73.31 39.83 8.97 8.04 9.73 8.68 407.14 207.44 0 0 -2.81e-4 -2.51e-4 4.3e-4 2.33e-4 0 0 -0 -0 -0.2 -0
kNm kNm kN #.# mm
Secondary Secondary Prestress Prestress Self Live Load Transfer Service Transfer Service Weight 49.46 44.17 49.46 44.17 -81.01 -44.16 41.02 36.63 41.02 36.63 -67.18 -36.62 -9.01 -8.08 -9.77 -8.71 408.78 208.3 0 0 2.4e-4 2.15e-4 -3.94e-4 -2.15e-4 0 0 0 0 -0.2 -0
Col No. 2 Moment Above Moment Below Reaction Elastic Rotation Elastic Axial Shortening Col No. 3 Moment Above Moment Below Reaction Elastic Rotation Elastic Axial Shortening Col No. 4 Moment Above Moment Below Reaction Elastic Rotation Elastic Axial Shortening
Secondary Transfer Total Panel Column Moments And Reactions Col Moment Moment Reaction No. Above Below kNm kNm kN 1 -49.21 -40.8 -9.02 2 57.69 47.84 9.07 3 -57.83 -47.95 8.97 4 49.46 41.02 -9.01
Moment Shear Diagram - Column Strip Span 0
Locat mm Moment kNm Shear kN
1
100 0 0
850 0 0
950 0 0
1675 0 0
1700 0 0
1899 0 0
1901 0 0
2550 0 0
2720 0 0
0 0
3032.5 3399 0 0 0 0
Page 14/79 License No.:
RAPT 6.2.1.3 Licensee: Demo Span 1 Locat Moment Shear Span 1 Locat Moment Shear Span 2 Locat Moment Shear Span 2 Locat Moment Shear Span 3 Locat Moment Shear Span 3 Locat Moment Shear Span 4 Locat Moment Shear
mm 1 kNm 41.56 kN -8.39 mm 7975 kNm -25.36 kN -8.39 mm 1 kNm -104.05 kN 0.04 mm 5075 kNm -103.83 kN 0.04 mm 1 kNm -42.63 kN 8.38 mm 7975 kNm 24.21 kN 8.38 mm 1 kNm -0 kN 0
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Shear : Middle Strip Secondary Service Total Panel Column Moments And Reactions Col Moment Moment Reaction No. Above Below kNm kNm kN 1 -43.95 -36.44 -8.09 2 51.49 42.7 8.13 3 -51.61 -42.8 8.04 4 44.17 36.63 -8.08
Moment Shear Diagram - Column Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Shear : Middle Strip Prestress Transfer Total Panel Column Moments And Reactions Col Moment Moment Reaction No. Above Below kNm kNm kN 1 -49.21 -40.8 -9.78 2 57.69 47.84 9.82 3 -57.83 -47.95 9.73
-0.572 0
13500
4
0.572
0
0
20300
30400mm
0
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:42:41 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 18/79 License No.:
Col Moment Moment Reaction No. Above Below kNm kNm kN 4 49.46 41.02 -9.77
Moment Shear Diagram - Column Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Shear : Middle Strip Prestress Service Total Panel Column Moments And Reactions Col Moment Moment Reaction No. Above Below kNm kNm kN 1 -43.95 -36.44 -8.73 2 51.49 42.7 8.76 3 -51.61 -42.8 8.68 4 44.17 36.63 -8.71
Moment Shear Diagram - Column Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
2011-3-17 7:42:58 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 20/79 License No.:
Moment Shear Diagram - Middle Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
2011-3-17 7:43:07 Frame Description: Example 2way flat slab with drop panels Design - Car Park 1
kN 400 300 200 100 1.26 0 -100 -200 -300 -400
2
3
54.5
34.3
3400
4
55.1
35 -35
-55.1
Page 21/79 License No.:
-34.3
-54.5
13500
-1.26
30400mm
20300
Shear : Middle Strip Load Case 1. Self Weight Total Panel Column Moments And Reactions Col Moment Moment Reaction No. Above Below kNm kNm kN 1 81.01 67.18 408.78 2 -88.41 -73.31 407.15 3 88.41 73.31 407.14 4 -81.01 -67.18 408.78
Moment Shear Diagram - Column Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN
Ultimate Flexure Total Panel Column Moments And Reactions Col Moment Moment Reaction Reversal Reversal Reversal No. Above Below Moment Moment Reaction Above Below kNm kNm kN kNm kNm kN 1 -61.01 -50.59 491.46 212.75 176.42 665.13 2 -180.69 -149.84 702.12 32.35 26.83 501.77 3 -32.48 -26.93 501.68 180.57 149.73 702.04 4 -212.52 -176.23 665.14 61.24 50.78 491.47
30400mm
0.738
RAPT 6.2.1.3 Licensee: Demo
2011-3-17 7:43:42 Frame Description: Example 2way flat slab with drop panels Design - Car Park
Page 25/79 License No.:
Moment Shear Envelope - Column Strip Span 0
Span 1
Span 1
Span 2
Span 2
Span 3
Span 3
Span 4
Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear
mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN
Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment
mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm
Locat Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear
2011-3-17 7:44:00 Frame Description: Example 2way flat slab with drop panels Design - Car Park mm kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN
Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear
mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN
Locat Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear
2011-3-17 7:44:17 Frame Description: Example 2way flat slab with drop panels Design - Car Park mm kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN
Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear Locat Moment Shear Reverse Moment Reverse Shear
mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN mm kNm kN kNm kN
Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear Locat Moment Shear
mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN mm kNm kN