Week 15 - Final Challenge

no project 

drive   stage 1: importing the simple car model adding the damper entities has a pair making a left damper has a master giving k and c value  adding necessary graphics for dampers creating force output running the model, analyzing the vector force magnitude in 3 directions  exporting the model after making…

drive link Objective: Determine the Maximum and Minimum Stress and Strain Values in the Flexible Lower Control Arm. Run a Static Ride Analysis. Run a sensitivity study on the following parameters to conclude which parameter/ combinations of the parameter have a maximum effect on the stress/strain of the lower control arm.…

drive link GENEVA MECHANISM: A Geneva Mechanism is a commonly used mechanism for producing an intermittent rotary motion from a uniform input speed. The driven member, or star wheel, contains evenly spaced slots into which the roller of the driving crank slides. The number of slots determines the ratio between the driven…

all the files can be found in this drive link note: there was a technical error with my laptop building up a 3d contact by deactivating the cvcv joint and curves or vis versa, so I have used two different models to compare the displacement of the follower  steps: 1) model is created with contact modeling  the respective…

step 1) (initial) selection of motion view opening the model provided importing the truck and truck lid hm files connecting the truck and truck lid to ground body and follower respectively running the simulation  step 2) (modification) viewing the initial CSV file, we get to know that the truck lid hits the truck…

1) step 1:(process repeated like previous assignments) select motion view set up the gravity component to the negative y-direction  change the units from mm to M step 2: add the points with respective coordinates  add bodies add graphics giving proper origin, parent bodies, and dimensions od dia 2m assigning…

all the files can be accessed by this link the equation to calculate the height of an object in free fall is as follows h=(1/2)*g*t^2 where g=acceleration due to gravity(m/s^2) t=time(sec) theory: A free-falling object is an object that is falling under the sole influence of gravity. Any object that is being acted…