600 mm 50 mm d 20 mm 800 mm 30 kN B
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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a. The structure below is designed to support a 30 kN load. Perform a static
analysis to determine the internal force in each structural member and the
reaction forces at the supports. The structure consists of a boom and rod joined
by pins (zero moment connections) at the junctions and supports
600 mm
50 mm
20 mm
800 mm
BIOONIS
30 kN
b. Explain the principle of the eccentric loading in mechanics of materials
c. To determine the bearing stress at A in the boom AB, have thickness = 30|
mm and depth = 25 mm and load of 50kN.
d. With the aid of formula discuss factor of safety and why it is applicable in civil
engineering design.
T
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a. The structure below is designed to support a 30 kN load. Perform a static
analysis to determine the internal force in each structural member and the
reaction forces at the supports. The structure consists of a boom and rod joined
by pins (zero moment connections) at the junctions and supports
600 mm
50 mm
20 mm
800 mm
BIOONIS
30 kN
b. Explain the principle of the eccentric loading in mechanics of materials
c. To determine the bearing stress at A in the boom AB, have thickness = 30|
mm and depth = 25 mm and load of 50kN.
d. With the aid of formula discuss factor of safety and why it is applicable in civil
engineering design.
T
Comment Highlight Draw Text
FONA
Fill & Sign More tools
000
000
000
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