Question 13 Supportability Analysis Technique Systematic Approach Identifying Preventative Q34929852

Question 13

1. What is the supportability analysis technique that is asystematic approach for identifying preventative or scheduledmaintenance tasks for an equipment end item and establishingnecessary preventative (or scheduled) maintenance task intervals.Emphasis is on the establishment of a cost-effective preventivemaintenance program and eludes to performing preventive maintenancethat will enhance the reliability of the component or LRU

   FTA

   MTA

   FMEA

   RCM

   None of the above

4 points

Question 14

1. What is the supportability analysis technique that is a theidentification of the steps, spares and materials, tools, supportequipment, personnel skill levels as well as any facility issuesthat must be considered for a given repair task. Also included inthis analysis technique are elapsed times required for theperformance of each task. This analysis technique covers bothcorrective and preventative maintenance tasks and, when complete,identify all physical resources required to support a system.

   FTA

   MTA

   FMEA

   RCM

   None of the above

4 points

Question 15

1. What is the supportability analysis technique that is ananalytical methodology used to determine where an item will bereplaced, repaired, or discarded based on cost considerations andoperational readiness requirements.This analysis seeks to determinean optimal provision of repair and maintenance facilities tominimize overall life-cycle costs. Logistics personnel examine notonly the cost of the part to be replaced or repaired but all of theelements required to make sure the job is done correctly. Thisincludes the skill level of personnel, tools required to performthe task, test equipment required to test the repaired product, andthe facilities required to house the entire operation.

   FTA

   MTA

   FMEA

   RCM

   None of the above

4 points

Question 16

1. Match the order of the logistics and supportability analysistechnique that should be conducted in sequence 1 through 8.

System Operational Requirements and the Maintenance conceptdefinition

Functional Analysis and Requirements Allocation

LCC Analysis, R&M analysis and Maintenance Task Analysis

Failure Modes and Critical Effects Analysis

Reliability Centered Maintenance Analysis

Preventive Maintenance Program Definition

Preventive Maintenance Program Evaluation and Continuous ProcessImprovement

Design Analysis and Improved Methods for ConditioningMonitoring

A.

This is the first step

B.

This is the second step in sequence

C.

This is the third step in sequence

D.

This is the fourth step in sequence

E.

This is the fifth step in sequence

F.

This is the sixth step in sequence

G.

This is the seventh step in sequence

H.

This is the eigth step in process