M _c s' s' Eps_s b_w Click to see additional instructions For C40 and S500, solve the given section with given parameters. Obtain correct results and fill the boxes with correspounding values. Note: Reinforcement number and diameters in drawing are exemplary. Use reinforcement numbers and diameters given in parameters. Your Parameters; Concrete class = C40 Steel class = 550o Section height (h) = 550 mm Section width (b_w) = 300 mm Bottom reinforcement = 4020 Top reinforcement = 2Ø20 Stirrups = Ø10 Section curvature (Kappa) = 0.015 rad/m Your answers; Concrete compression depth (c) = m Tension reinforcement strain (Eps_s) = m/m kN Tension reinforcement force (F_s) = Compression reinforcement strain (Eps_s') = m/m Compression reinforcement force (F_s') = kN Concrete compression force (F_c) = kN Section force (N) = kN Section moment (M) = kNm
M _c s' s' Eps_s b_w Click to see additional instructions For C40 and S500, solve the given section with given parameters. Obtain correct results and fill the boxes with correspounding values. Note: Reinforcement number and diameters in drawing are exemplary. Use reinforcement numbers and diameters given in parameters. Your Parameters; Concrete class = C40 Steel class = 550o Section height (h) = 550 mm Section width (b_w) = 300 mm Bottom reinforcement = 4020 Top reinforcement = 2Ø20 Stirrups = Ø10 Section curvature (Kappa) = 0.015 rad/m Your answers; Concrete compression depth (c) = m Tension reinforcement strain (Eps_s) = m/m kN Tension reinforcement force (F_s) = Compression reinforcement strain (Eps_s') = m/m Compression reinforcement force (F_s') = kN Concrete compression force (F_c) = kN Section force (N) = kN Section moment (M) = kNm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![M
F_c__F_s
F s'
Eps_s'
F s
Eps_s
b_w
Click to see additional instructions
For C40 and S500, solve the given section with given parameters. Obtain correct results
and fill the boxes with correspounding values.
Note: Reinforcement number and diameters in drawing are exemplary. Use reinforcement
numbers and diameters given in parameters.
Your Parameters;
Concrete class = C40
Steel class = S500
Section height (h) = 550 mm
Section width (b_w) = 300 mm
Bottom reinforcement = 4020
Top reinforcement = 2020
Stirrups = Ø10
Section curvature (Kappa) = 0.015 rad/m
Your answers;
Concrete compression depth (c) =
m
Tension reinforcement strain (Eps_s) =
m/m
kN
Tension reinforcement force (F_s) =
Compression reinforcement strain (Eps_s') =
m/m
Compression reinforcement force (F_s') =
|kN
Concrete compression force (F_c) =
kN
Section force (N) =
kN
Section moment (M) =
kNm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc591121f-bcee-4e91-afec-ddd57636475c%2F21c0b5d1-b90a-43f3-b4d8-81fe2a1a6894%2F5ejbhv_processed.png&w=3840&q=75)
Transcribed Image Text:M
F_c__F_s
F s'
Eps_s'
F s
Eps_s
b_w
Click to see additional instructions
For C40 and S500, solve the given section with given parameters. Obtain correct results
and fill the boxes with correspounding values.
Note: Reinforcement number and diameters in drawing are exemplary. Use reinforcement
numbers and diameters given in parameters.
Your Parameters;
Concrete class = C40
Steel class = S500
Section height (h) = 550 mm
Section width (b_w) = 300 mm
Bottom reinforcement = 4020
Top reinforcement = 2020
Stirrups = Ø10
Section curvature (Kappa) = 0.015 rad/m
Your answers;
Concrete compression depth (c) =
m
Tension reinforcement strain (Eps_s) =
m/m
kN
Tension reinforcement force (F_s) =
Compression reinforcement strain (Eps_s') =
m/m
Compression reinforcement force (F_s') =
|kN
Concrete compression force (F_c) =
kN
Section force (N) =
kN
Section moment (M) =
kNm
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