a)Determine the member force. Please insert - sign if it indicates the compressive member.FAB = 31.105 kNFec = 23.406kNb)Determine the maximum value of the average normal stresses in link AB and in link BC.Please insert - sign if it indicates the compressive stress.Oan =MPaMPac)Determine the average shearing stresses in the pin at A, B, and C;TAMPaTBMPa%3DTc -MPаd)Determine the average bearing stresses at A in member AB, at B in member BC, and at C in member BC.Bearing Stress A =MPaBearing Stress B =MPaBearing Stress C =MPа Two horizontal forces P= 15 kN are applied to pin B of the assembly shown in the figure blew, Knowing that a pin of 16 mm diameter is used at eachconnection.10 mm50 mmP KNP kN10 mm45°50 mm70°

Average normal stress The internal normal force divided by the cross-sectional area yields the…

Answered: Two horizontal forces P= 15 kN are…

Two horizontal forces P= 15 kN are applied to pin B of the assembly shown in the figure blew, Knowing that a pin of 16 mm diameter is used at each connection. 10 mm P KN P KN 50 mm 10 mm 50 mm 70

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

a)
Determine the member force. Please insert - sign if it indicates the compressive member.
FAB = 31.105 kN
Fec = 23.406
kN
b)
Determine the maximum value of the average normal stresses in link AB and in link BC.
Please insert - sign if it indicates the compressive stress.
Oan =
MPa
MPa
c)
Determine the average shearing stresses in the pin at A, B, and C;
TA
MPa
TB
MPa
%3D
Tc -
MPа
d)
Determine the average bearing stresses at A in member AB, at B in member BC, and at C in member BC.
Bearing Stress A =
MPa
Bearing Stress B =
MPa
Bearing Stress C =
MPа

Two horizontal forces P= 15 kN are applied to pin B of the assembly shown in the figure blew, Knowing that a pin of 16 mm diameter is used at each
connection.
10 mm
50 mm
P KN
P kN
10 mm
45°
50 mm
70°

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