Preliminary presentation for project
October 13, 2008 (Monday)
MFG5350
1
Mid-term exam
October 20, 2008 (Monday)
MFG5350
2
The Weibull Distribution
Increasing and Decreasing Failure Rates
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3
The Bathtub Curve
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Time Dependent Failure Mode
(
Preliminary presentation for project
October 13, 2008 (Monday)
MFG5350
1
Mid-term exam
October 20, 2008 (Monday)
MFG5350
2
Homework 3 Due Oct 10 (next Friday) before 5:00PM
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3
The Weibull Distribution (continued)
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Time Dependent Failure Mo
Chapter5: Solutions to Questions and Problems
Basic 1. The simple interest per year is: $5,000 .08 = $400 So after 10 years you will have: $400 10 = $4,000 in interest. The total balance will be $5,000 + 4,000 = $9,000 With compound interest we use the fu
Homework #2 Due September 26, 2008 (Friday) 5:00PM
Preliminary presentation for project
October 13, 2008 (Monday)
Mid-term exam
October 20, 2008 (Monday)
Distribution Review
MFG5350
4
Random Variables
Random variables can be discrete or continuous If the
Make-up Exam
Nov 17 (Monday) in the classtime
MFG5350
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Final Presentation
Nov 26 (Wednesday) & Dec 1 (Monday)
Final Report
Dec 12 (Friday) before 5PM
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Final Exam
Dec 8 (Monday) 7:00PM-9:45PM
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3
Physical Reliability Models
Dynamic Models
M
Statistical Reorder Point Models
When your pills get down to four, Order more.
Anonymous, from Hadley & Whitin
1
EOQ Assumptions
1. Instantaneous production. 2. Immediate delivery. 3. Deterministic demand. 4. Constant demand. 5. Known fixed setup costs.
IE 5351: Advanced Production and Inventory Control Homework #1
1. A company XYZ purchases air filters that are used at the rate of 350 per year. The cost of each filter is $30 and the cost of placing each order is $10. The annual inventory carrying cost r
IE 5351: Advanced Production and Inventory Control Homework #3. Due Mar/03/10
1. Problem 9 chapter 2 in book
2. Problem 10 chapter 2 in book
3. Billys bakery bakes fresh bagels each morning. The daily demand for bagels is a random variable with a distribu
Deterministic single-item inventory models Summary 4 models considered
EOQ model EOQ backorders allowed EPQ EPQ backorders allowed
Paper presentation:
Each team of 2 students is required to identify a journal article (see list of journals below), and pre
Lecture Overview
State-dependent systems
Quiz #3
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Mid-term exam
October 20, 2008 (next Monday)
Close book and close notes 10 pages for reference
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2
Homework 4 Due Oct 17 (this Friday) before 5:00PM
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3
STATE DEPENDENT SYSTEMS
M
Lecture Overview
Results of mid-term feedback
Physical reliability models
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Helpful Activities
Being able to work with classmates is very helpful. Also the homework assignments are always good practice.
In overall all the classes is helpful,
Homework 5
Due Nov 14 (Friday) before 5PM
MFG5350
1
Make-up Exam
Nov 17 (Monday) 7:30PM - 8:50PM No lecture
MFG5350
2
Final Presentation
Nov 26 (Wednesday) & Dec 1 (Monday)
Final Report
Dec 12 (Friday) before 5PM
MFG5350 3
Final Exam
Dec 8 (Monday) 7:00PM
Homework 5
Due Nov 14 (this Friday) before 5PM
MFG5350
1
Make-up Exam
Nov 17 (next Monday) 7:30PM - 8:50PM No lecture
MFG5350
2
Final Presentation
Nov 26 (Wednesday) & Dec 1 (Monday)
Final Report
Dec 12 (Friday) before 5PM
MFG5350 3
Final Exam
Dec 8 (Mond
Homework 5
Due Nov 14 (this Friday) before 5PM
MFG5350
1
Make-up Exam
Nov 17 (next Monday) 7:30PM - 8:50PM No lecture
MFG5350
2
Final Presentation
Nov 26 (Wednesday) & Dec 1 (Monday)
Final Report
Dec 12 (Friday) before 5PM
MFG5350 3
Final Exam
Dec 8 (Mond
Homework 6
Due Nov 26 (next Wednesday) before 5PM
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1
Final Presentation
Nov 26 (next Wednesday) & Dec 1 (Monday)
Final Report
Dec 12 (Friday) before 5PM
MFG 5350 2
Final Exam
Dec 8 (Monday) 7:00PM-9:45PM
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3
Part II: Analysis of Failure Dat
Homework 6
Due Nov 26 (this Wednesday) before 5PM
MFG 5350
1
Final Presentation
Nov 26 (this Wednesday) & Dec 1 (next Monday)
Final Report
Dec 12 (Friday) before 5PM
MFG 5350 2
Final Exam
Dec 8 (Monday) 7:00PM-9:45PM Close book close notes 20 reference pa
Preliminary presentation for project
October 13, 2008 (next Monday)
MFG5350
1
Mid-term exam
October 20, 2008 (Monday)
Close book and close notes 10 pages for reference
MFG5350
2
Homework 3 Due Oct 10 (this Friday) before 5:00PM
MFG5350
3
Homework 4 Due O
Preliminary presentation for project
October 13, 2008 (next Monday)
MFG5350
1
Mid-term exam
October 20, 2008 (Monday)
MFG5350
2
Homework 3 Due Oct 10 (this Friday) before 5:00PM
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3
Reliability of Systems
Serial Configuration Parallel Configuration
Homework #2 Due September 26, 2008 (Friday) 5:00PM
MFG5350
1
Preliminary presentation for project
October 13, 2008 (Monday)
MFG5350
2
Mid-term exam
October 20, 2008 (Monday)
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3
The Normal Probability Density Function
f(t) = 1 2 e
1 ( t - )2 2 2
, -
Chapter 6: A science of manufacturing
Objectives, Measures, and Controls
I often say that when you can measure what you are speaking about, and express it in numbers, you know something about it; but when you cannot express it in numbers, numbers, your kn
Chapter 3
The MRP Crusade
Sections: 3.1-3.1.7
Contents
Introduction to Production Planning Activities Master Production Scheduling (MPS) Material Requirement Planning (MRP) Capacity Planning Improvement in MRP
Overview of Production Planning Activities
Pr
Newsvendor Model Lets Practice
cs F (Q) = Pr( x Q*) = co + cs
1
Example 1:
A retail outlet sells a seasonal product for $10 per unit. The cost of the product is $8 per unit. All units not sold during the regular season are sold for half the retail price i
Budget and space constraints
Minimize s.t.
i =1
Qi Ai Di TAC (Q1 ,., Qn ) = hi 2+ Q n i =1 i Budget constraint ciQi C
n
n i i
w Q
i =1
W
Space constraint
Lagrange multipliers method: Minimize
Qi Ai Di n n + 1 ci Qi B + 2 wi Qi W TAC (Q1 ,., Qn , 1 , 2 )
IE 5341: Adv. Production and Inventory Control Spring 2010
Professor : Dr. Jose F. Espiritu e-mail : [email protected]
Class meets (CRBL 304): Wednesdays 6:00 pm 8:50 10:30 am 11:30
Office hours (A109) : Tuesdays and Thursdays and by appointment
Departm
IE 5341: Adv. Production and Inventory Control Spring 2010
Professor : Dr. Jose F. Espiritu e-mail : [email protected]
Class meets (CRBL 304): Wednesdays 6:00 pm 8:50 10:30 am 11:30
Office hours (A109) : Tuesdays and Thursdays and by appointment
Departm