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  1. Home/
  2. Kolli Surya Teja/
  3. Week 8 & 9 - Four Bar Mechanism

Week 8 & 9 - Four Bar Mechanism

Modify either the Bistop function or the motion curve that we apply to the revolute joint to stop the trunk lid exactly when the trunk lid comes in contact with the body of the car.    Solution: Model with graphics imported: Default Motion curve: Motion vs Time_s Hyperview results: at t=3.11sec. collision is detected.…

    • Kolli Surya Teja

      updated on 13 Jan 2022

    Modify either the Bistop function or the motion curve that we apply to the revolute joint to stop the trunk lid exactly when the trunk lid comes in contact with the body of the car. 

     

    Solution:

    Model with graphics imported:

    Default Motion curve:

    Motion vs Time_s

    Hyperview results:

    at t=3.11sec. collision is detected.

    Collision summary log:

     

    Modified Motion Curve:

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    Read more Projects by Kolli Surya Teja (37)

    Week 8 & 9 - Four Bar Mechanism

    Objective:

    Modify either the Bistop function or the motion curve that we apply to the revolute joint to stop the trunk lid exactly when the trunk lid comes in contact with the body of the car.    Solution: Model with graphics imported: Default Motion curve: Motion vs Time_s Hyperview results: at t=3.11sec. collision is detected.…

    calendar

    13 Jan 2022 06:28 AM IST

      Read more

      Week 4 Project - Simple Crank Mechanism

      Objective:

      Question 1 Simulate the simple crank mechanism using cylinders (diameter = 2m) in a 2D plane (XY) as shown in the figure below In the case shown above, Revolute joints are located at P0 and P1, What type of joint must be given at P2 (Joint C) so that the system doesn't have redundancy issues? NOTE: Joint C is a type of…

      calendar

      13 Jan 2022 06:26 AM IST

        Read more

        Week 1 - Free Falling

        Objective:

        OBJECTIVE: To Simulate and plot a freefalling body (point mass) of mass 1 kg and inertial properties 1 kgm2 in the y-axis with simulation time of 2sec   THEORY: Free Falling Object: The term "free fall" refers to an object falling freely with no forces operating on it other than gravity. Mathematical equation for free…

        calendar

        08 Jan 2022 07:35 AM IST

          Read more

          Problem Set-1 c Week 11Challenge : Transient Handling

          Objective:

          The following table contains information about two vehicles      FWD passenger car: Code: clear all close all clc l = 2.538984 ; %Wheelbase (m) a = 0.890016; %cg to front axle (m) b = l-a; %cg to rear axle (m) m = 907.18474; %Mass (kg) jz = 1128 ; %moment of inertia (kg-m^2) cf = 61171.9437; %front cornering stiffness…

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          29 Dec 2021 06:59 AM IST

          • MATLAB
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