ME 451 Laboratory
Spring 2017

WELCOME!

Course Instructors: Dr. Guoming Zhu and Dr. Michael Lavagnino 

Lab Coordinator: Dr. Geoffrey Recktenwald

Lab Instructor: Ahmed Okasha

TAs:     Ahmed Okasha (Lead)

            Gaurav Chauda

Juan Sandoval

Mahmoud Nabil

Rakshith Lokesh

Sheryl Chau

Yifan Men

 

Course Information:
       Lab info and procedures (READ)
       Lab schedule
       Lab groups (Last update: January 21)

       Click here for the POLICY for those who have taken ME 461 with lab.

             

Note: To avoid any printing problems with the symbols/equations in the Lab manual/Short Form, save the PDF to your PC, and then print. (Don’t print from the browser).

Pre-Lab material (Read and review BEFORE each lab session. Each lab quiz is based on its associated pre-lab).

Note: Running the videos might have issues with some browsers. To avoid this, right click on the video, download it, and watch using any mp4 player.

 

       Lab 1: Free Vibration (Read Chapter I)
       Lab 2: Parameter Identification  (Read Chapter II)

       Lab 3: Forced Vibration  (Read Chapter III)

       Lab 4: Modal Analysis Part I | Part II  (Read Chapter IV)

       Lab 5: DC Motor Review | Video Part I | Video Part II
       Lab 6: Speed Control Review | Video Part I | Video Part II
       Lab 7: Position Control Review1 | Position Control Review2 | Video Part I | Video Part II | SISOtool Tutorial
       Lab 8: Introduction to LabVIEW | Videos (See Parts: 1,2,3,5,6,7)
       Lab 9: Control of Mobile Robot through LabVIEW and MyRio | Video

 

Lab manuals, short forms, and programs used during the Experiments (Each student shall print the lab manual

and the short form before each lab session. Each student shall deliver his/her short form at the end of each Lab):

 

       Lab 1:  Free Vibration: Manual | Short Form | Matlab Program
       Lab 2:  Parameter Identification: Manual | Short Form | Matlab Program
       Lab 3:  Forced Vibration: Manual | Short Form | Matlab Program
       Lab 4:  Modal Analysis: Manual | Short Form | Matlab Program
       Lab 5:  DC Motor Modeling: Manual | Short Form | Labview Program
       Lab 6:  Speed Control: Manual | Short Form | Labview Program
       Lab 7:  Position Control: Manual | Short Form | Labview Program
       Lab 8:  Introduction to LabVIEW: Manual | Short Form

       Lab 9:  Control of Mobile Robot through LabVIEW and MyRio: Manual | Short Form | Open Loop Labview Program | Closed Loop Labview Program

 

Long Form:

       Submission Details and Timeline
       Writing Guide

 

All Lab sessions are held in room 1532 EB