3. QuestionWhich of the following simulations can be done as a rigid-body analysis?O 1) Checking whether a pressure vessel will fail under service loadO 2) Calculating the reaction force at the base of a robot arm when it carries a light objectO 3) Find the maximum deformation of a bike crank under service load4) Simulating a crack propagation in an airplane4. QuestionWhat would an engineer do when converting the helicopter pitch arm to a numerical model and conducting thesimulation? (Select all applicable)1) Conduct hand calculation to solve the governing equations and obtain the stress distribution2) Determine the boundary condition of the pitch arm3) Choose a proper material model for the pitch arm4) Include all the details of the geometry to make the model accurate5. QuestionSelect the correct statement/s about the helicopter pitch arm simulationO 1) The engineering design has the lightest weight thus is the best design2) The topology optimized design has a good balance between weight and stiffness and stress distributionand thus is the best optionO 3) The raw design has the highest stiffness and thus should be usedO4) The topology optimized design has the best overall performance and should be used for massiveproduction

W can answer the first question since the exact one is not specified. Please resubmit the question…

Which of the following simulations can be done as a rigid-body analysis? O 1) Checking whether a pressure vessel will fail under service load O2) Calculating the reaction force at the base of a robot arm when it carries a light object O 3) Find the maximum deformation of a bike crank under service load O4) Simulating a crack propagation in an airplane

Which of the following simulations can be done as a rigid-body analysis? O 1) Checking whether a pressure vessel will fail under service load O2) Calculating the reaction force at the base of a robot arm when it carries a light object O 3) Find the maximum deformation of a bike crank under service load O4) Simulating a crack propagation in an airplane

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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