A 8 m rigid cantilever beam is designed to withstand an applied load of 120 N exerted by a robot to complete a particula

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A 8 m rigid cantilever beam is designed to withstand an applied load of 120 N exerted by a robot to complete a particula

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A 8 M Rigid Cantilever Beam Is Designed To Withstand An Applied Load Of 120 N Exerted By A Robot To Complete A Particula 1
A 8 M Rigid Cantilever Beam Is Designed To Withstand An Applied Load Of 120 N Exerted By A Robot To Complete A Particula 1 (108.65 KiB) Viewed 51 times
A 8 m rigid cantilever beam is designed to withstand an applied load of 120 N exerted by a robot to complete a particular operation for assembly. Apart from the applied load, there also is a uniformly distributed load (UDL) of 25 N/m over part of the beam as shown in Figure QB2. The weight of the beam can be neglected. 120N UDL = 25 N/m 60 A 2m 8 m Figure QB2 a) b) Draw a free body diagram of the cantilever beam. Determine the moment at point A of the built-in end of the cantilever beam. Determine the magnitude of the vertical component and the horizontal component of the reaction force at point A. Analyse the reaction force at point A. c) d)
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