Question: You have been given reliability test data for 3 different components. The test date is shown in Figure Q2a. Component A Component B Component C

You have been given reliability test data for 3

You have been given reliability test data for 3 different components. The test date is shown in Figure Q2a. Component A Component B Component C Acceleration No. Acceleration No. factor = 30 tested= factor = 20 tested 50 100 Acceleration No. factor = 50 tested= 50 Stress test time (hrs) Failures Stress test in test time (hrs) period Failures in test period Stress test time (hrs) Failures in test period 100 2 50 3 100 1 200 2 60 1 300 1 300 2 100 3 350 1 400 2 200 8 400 1 500 1 250 3 500 No 600 2 400 9 1000 Figure Q2a Reliability Data Explain how the acceleration factor can be used to calculate the effective operating time from the test time under stress. Investigate the failure rate over the effective test time and use it to generate an expression for the Reliability of each component. Stating any limitations of your approach taken, calculate the reliability for each component after the follow hours of operation. w" x 500 hrs y ze 10,000 hrs Hl. Please see top of Section A to see how to obtain w, x, y and z values. State the values of w, x,y and z you have used in your answer. You have been given reliability test data for 3 different components. The test date is shown in Figure Q2a. Component A Component B Component C Acceleration No. Acceleration No. factor = 30 tested= factor = 20 tested 50 100 Acceleration No. factor = 50 tested= 50 Stress test time (hrs) Failures Stress test in test time (hrs) period Failures in test period Stress test time (hrs) Failures in test period 100 2 50 3 100 1 200 2 60 1 300 1 300 2 100 3 350 1 400 2 200 8 400 1 500 1 250 3 500 No 600 2 400 9 1000 Figure Q2a Reliability Data Explain how the acceleration factor can be used to calculate the effective operating time from the test time under stress. Investigate the failure rate over the effective test time and use it to generate an expression for the Reliability of each component. Stating any limitations of your approach taken, calculate the reliability for each component after the follow hours of operation. w" x 500 hrs y ze 10,000 hrs Hl. Please see top of Section A to see how to obtain w, x, y and z values. State the values of w, x,y and z you have used in your

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