In this paper, three assembly balancing methods were studied: largest Candidate Rule (LCR),. Kilbridge and Wester (KWC), and Ranked Positional Weight. KILBRIDGE & WESTER METHOD. Problem 2: The following list defines the precedence relationships & element times for a new model toy: Element. 1. 2. 3. 4 . 5. EXAMPLE 3: Kilbridge and Wester Method Apply the Kilbridge and Wester method to Example Problem 1. ‘ TABLE 4: Work Elements Assigned to Stations.

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Largest-candidate rule This is the easiest method to understand. For convenience, include the T e value and immediate predecessors for each element.

Constraint the precedence diagram metod that nodes representing work elements of identical precedence are arranged vertically in columns. T c in our sample problem is 1. Repeat steps 2 and 3 for the other stations in the line until all the elements have been assigned.

What is Kilbridge And Wester Method? A feasible cycle time is selected.

Kilbridge and Wester Method Assignment Help

Describe the marketing concept Outline and apply the elements of the marketing It is important for students to understand the integrated nature The table also shows the T c value for each element and the sum of the T e values for each column.

This step is presented for the problem in Table 6.

Learn how to solve the Rubik’s Cube with the easiest method. Describe the differnce between data, knowledge, information and wisdom and give examples of each as Continue the assignment procedure in order of column number until the cycle time is reached. By continuing to use this website, you agree to their use. To begin on the second station, element 3 from column II would be entered first.


However, our problem is elementary enough that many of the difficulties which the procedure is designed to solve are missing. It is a heuristic procedure which snd work elements for assignment to stations according to their position in the precedence diagram. Starting with a given T c value, it is not usually clear how many stations will be required on the flow line.

The column II elements would be considered next. Stay ahead in your courses Sign UP now. The largest-candidate rule provides an approach that is appropriate for only simpler line balancing problems.

A ranked positional weight value call it the RPW for short is computed for each element. To assign elements to the first workstation, start at the top of the list and work down, selecting the first feasible element for placement at the station. Repeat step 4 for unassigned work elements: You can also interact directly with our industrial management tutors for a one to one session and get answers to all your problems in your school, college or university level industrial management.

Get homework help anytime, anywhere! Ranked positional weights method The ranked positional weights procedure was introduced by Helgeson and Birnie in [6]. Fill in your details below or click an icon to log in: Following step 2, we start at the top of the list and search for feasible work elements.

The RPW takes account of both the T e value of the element and its position in the precedence diagram. Our tutors are available round the clock to help you out in any way with industrial management. We immediately see that the column II elements cannot all fit at station 1.



We begin the assignment process annd considering elements at the top of the list and working downward. The cycle time must lie between 68 for one station to 10 min. A feasible element is one that satisfies the precedence requirements and does not cause the sum of the T e values at the station to exceed the cycle time T c. Copy and paste your question here Jilbridge 2 and 3 result in the assignment of elements 2, 5, 1, and 4 to station 1.

To select which elements from column II to assign, we must choose those which can still be entered without exceeding T c. However, weatern should be noted that we have accepted a cycle time different from that which was originally specified for the problem.

Assign the work elements in the work stations so that total station time is equal to or slightly less than the cycle time. Ranked positional weights method In Section 6. The technique has been kilbridve to several rather complicated line balancing problems with apparently good success [11]. Assign elements to stations according to RPW, avoiding precedence constraint and time-cycle violations. Then, the elements are assigned to work stations in the general order of their RPW values.

Posted 13 days ago. More sophisticated kilbrivge are required for more complex problems. Station 1 illustrates this difference. Email required Address never made public. In this heuristic, work element is selected as per its position in precedence diagram.