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THE    TENSION  MEMBERS  IS COMPOSED    OF  A  200x150x10  mm  THICK  ANGLE  CONNECTED  USING  21  mmo  RIVETS  AS  ASHOWN.  Ag  =  3400  mm  ,  x  =  25  mm,  Fy  =  250  MPA  AND  Fu  =  400  MPA.  USE  ALLOWABLE  STRENGTH  DESIGN  (ASD).   DETERMINE  THE  FOLLLOWING  :  THE NET  AREA  OF  THE  SECTION. THE TENSILE  CAPACITY  OF  THE        MEMBER  BASED  ON  YIELDING  OF  Ag. THE TENSILE  CAPACITY  OF  THE          MEMBER  BASED  ON  FRACTURE  OF  An

THE    TENSION  MEMBERS  IS COMPOSED    OF  A  200x150x10  mm  THICK  ANGLE  CONNECTED  USING  21  mmo  RIVETS  AS  ASHOWN.  Ag  =  3400  mm  ,  x  =  25  mm,  Fy  =  250  MPA  AND  Fu  =  400  MPA.  USE  ALLOWABLE  STRENGTH  DESIGN  (ASD).   DETERMINE  THE  FOLLLOWING  :  THE NET  AREA  OF  THE  SECTION. THE TENSILE  CAPACITY  OF  THE        MEMBER  BASED  ON  YIELDING  OF  Ag. THE TENSILE  CAPACITY  OF  THE          MEMBER  BASED  ON  FRACTURE  OF  An

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter4: Engineering Communication
Section: Chapter Questions
Problem 19P
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 THE    TENSION  MEMBERS  IS COMPOSED    OF  A  200x150x10  mm  THICK  ANGLE  CONNECTED  USING  21  mmo  RIVETS  AS  ASHOWN.  Ag  =  3400  mm  ,  x  =  25  mm,  Fy  =  250  MPA  AND  Fu  =  400  MPA.  USE  ALLOWABLE  STRENGTH  DESIGN  (ASD).

 

DETERMINE  THE  FOLLLOWING  : 

  1. THE NET  AREA  OF  THE  SECTION.
  2. THE TENSILE  CAPACITY  OF  THE 

      MEMBER  BASED  ON  YIELDING  OF  Ag.

  1. THE TENSILE  CAPACITY  OF  THE  

       MEMBER  BASED  ON  FRACTURE  OF  An

 

 

 

10 50 200 40 45 30 40 60 150
Transcribed Image Text:10 50 200 40 45 30 40 60 150
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