:::

詳目顯示

回上一頁
題名:Modified Single-Vendor Single-Buyer Supply Chain Model with Quality Loss for Product
書刊名:工業工程學刊
作者:Chen, Chung-hoTsai, Wen-ren
出版日期:2016
卷期:33:8
頁次:頁495-500
主題關鍵詞:Quadratic quality loss functionProcess meanProduction lot size
原始連結:連回原系統網址new window
相關次數:
  • 被引用次數被引用次數:期刊(1) 博士論文(0) 專書(0) 專書論文(0)
  • 排除自我引用排除自我引用:0
  • 共同引用共同引用:4
  • 點閱點閱:40
期刊論文
1.Lin, C. Y.(2004)。Optimization of maintenance, production and inspection strategies while considering preventative maintenance error。Journal of Information and Optimization Sciences,25,543-555。  new window
2.Chen, Chung-ho(20050900)。Rectifying Inspection Plans Applied in the Determination of the Optimum Process Mean。International Journal of Information and Management Sciences,16(3),85-95。new window  new window
3.Darwish, M. A.、Abdulmalek, F.(2012)。An integrated single-vendor single-buyer targeting problem with time-dependent process mean。International Journal of Logistics and Management,13,51-64。  new window
4.Darwish, M. A.、Abdulmalek, F.、Alkhedher, M.(2013)。Optimal selection of process mean for a stochastic inventory model。European journal of Operational Research,226,481-490。  new window
5.Darwish, M. A.、Duffuaa, S. O.(2010)。A mathematical model for the joint determination of optimal process and sampling plan parameters。Journal of Quality in Maintenance Engineering,16,181-189。  new window
6.Duffuaa, S. O.、El-Ga'aly, A.(2013)。A multi-objective mathematical optimization model for process targeting using 100% inspection policy。Applied Mathematical Modeling,37,1545-1552。  new window
7.Duffuaa, S. O.、El-Ga'aly, A.(2013)。A multi-objective optimization model for process targeting using sampling plans。Computers & Industrial Engineering,64,309-317。  new window
8.Bowling, S. R.、Khasawneh, M. T.、Kaewkuekool, S.、Cho, B. R.(2004)。A Markovian approach to determining optimum process target levels for a multi-stage serial production system。European Journal of Operational Research,159,636-650。  new window
9.Jeang, A.(2011)。Simultaneous determination of production lot size and process parameters under process deterioration and process breakdown。Omega,40,774-781。  new window
10.Jeang, A.(2011)。Economic production order quantity and quality。International Journal of Production Research,49,1753-1783。  new window
11.Jeang, Angus、Lin, Yang-Kuei(2013)。Product and process parameters determination for quality and cost。International Journal of Systems Science,45(10),2042-2054。  new window
12.Roan, J.、Gong, L.、Tang, K.(2000)。Joint determination of process mean, production run size and material order quantity for a container-filling process。International Journal of Production Economics,63,303-317。  new window
13.Carlsson, O.(1989)。Economic selection of a process level under acceptance sampling by variables。Engineering Costs and Production Economics,16(1),69-78。  new window
14.Chen, C. H.、Lai, M. T.(2007)。Economic manufacturing quantity, optimum process mean, and economic specification limits setting under the rectifying inspection plan。European Journal of Operational Research,183(1),336-344。  new window
15.Darwish, M. A.(2009)。Economic selection of process mean for single-vendor single-buyer supply chain。European Journal of Operational Research,199(1),162-169。  new window
16.Jeang, A.(2010)。Production order quantity for economical and quality consideration。Proceedings of the Institution of Mechanical Engineers, Part B: Journal of Engineering Manufacture,224,1277-1294。  new window
17.Pulak, M. F. S.、Al-Sultan, K. S.(1996)。The Optimum Targeting for a Single Filling Operation with Rectifying Inspection。Omega: The International Journal of Management Science,24(6),727-733。  new window
18.Rahim, M. A.、Ohta, H.(2004)。An integrated optimization model for inventory and quality control problems。Optimization and Engineering,5,361-377。  new window
19.Rahim, M. A.、Ohta, H.(2005)。An integrated economic model for inventory and quality control problems。Engineering Optimization,37,65-81。  new window
20.Rahim, M. A.、Tuffaha, F.(2004)。Integrated model for determining the optimal initial settings of the process mean and the optimal production run assuming quadratic loss functions。International Journal of Production Research,42,3281-3300。  new window
21.Rosenblatt, M. J.、Lee, H. L.(1986)。A comparative study of continuous and periodic inspection policies in deteriorating production systems。IIE Transactions,18(1),2-9。  new window
22.Kim, Chang Hyun、Hong, Yushin(1999)。An optimal production run length in deteriorating production processes。International Journal of Production Economics,58,183-189。  new window
23.Rahim, M. A.、Al-Hajailan, W. I.(2006)。An optimal production run for an imperfect production process with allowable shortages and time-varying fraction defective rate。The International Journal of Advanced Manufacturing Technology,27,1170-1177。  new window
24.Carlsson, O.(1984)。Determining the Most Profitable Process Level for a Production Process Under Different Sales Conditions。Journal of Quality Technology,16(1),44-49。  new window
25.Chen, Chung-ho、Chou, Chao-yu、Kan, Chao-chin(20150400)。Modified Economic Production and Raw Material Model with Quality Loss for Conforming Product。工業工程學刊,32(3),196-203。new window  new window
26.Chen, Chung-ho、Khoo, Michael B. C.、Chou, Chao-yu、Kan, Chao-chin(20150600)。Joint Determination of Process Quality Level and Production Run Time for Imperfect Production Process。工業工程學刊,32(4),219-224。new window  new window
27.Chung, K. J.、Hou, K. L.(2003)。An optimal production run time with imperfect production processes and allowable shortage。Computers & Operations Research,30,483-490。  new window
28.Teng, Hui-ming(20130300)。Quality Inspectability Investment on Imperfect Production Processes under Limited Capital。International Journal of Operations Research,10(1),38-47。new window  new window
29.Rosenblatt, Meir J.、Lee, Hau L.(1986)。Economic production cycles with imperfect production processes。IIE Transactions,18(1),48-55。  new window
30.Porteus, Evan L.(1986)。Optimal Lot Sizing, Process Quality Improvement and Setup Cost Reduction。Operations Research,34(1),137-144。  new window
31.Hou, Kuo-Lung(2007)。An EPQ Model with Setup Cost and Process Quality as Functions of Capital Expenditure。Applied Mathematical Modelling,31(1),10-17。  new window
會議論文
1.Kapur, K. C.、Wang, C. J.(1987)。Economic Design of Specifications Based on Taguchi's Concept of Quality Loss Function。The Winter Annual Meeting of the American Society of Mechanical Engineers。Boston, MA。23-36。  new window
圖書
1.田口玄一(1986)。Introduction to Quality Engineering: Designing Quality into Products and Processes。Tokyo:Asian Productivity Organization。  new window
 
 
 
 
第一頁 上一頁 下一頁 最後一頁 top
:::
無相關博士論文
 
無相關書籍
 
無相關著作
 
1. Interpretive Structural Modeling and Path Analysis for Proposed Framework of Lean Supply Chain in Indian Manufacturing Industry
2. A Branch-and-Bound Algorithm for Identical Parallel Machine Total Tardiness Scheduling Problem with preemption
3. Bi-Objective Optimization for Integrating Production and Preventive Maintenance Scheduling in Two-Stage Assembly Flow Shop Problem
4. Minimizing the Number of Tardy Jobs on a Two-Stage Assembly Flowshop
5. A Branch-and-Bound Algorithm for Identical Parallel-Machine Total Completion Time Scheduling Problem with Preemption and Release Times
6. An Exploration on Debugging Performance for Software Reliability Growth Models with Learning Effects and Change-Points
7. A Study on Nurse Day-Off Scheduling under the Consideration of Binary Preference
8. A Production Inventory Model for Vendor–Buyer Coordination with Quantity Discount, Backordering and Rework for Fixed Life Time Products
9. Measuring Schedule Uncertainty for a Stochastic Resource-Constrained Project Using Scenario-Based Approach with Utility-Entropy Decision Model
10. A Rostering Optimization Model for Physician Scheduling in Medical Department--A Case Study in District Hospital
11. Unrelated Parallel-machine Scheduling with Controllable Processing Times and Eligibility Constraints to Minimize the Makespan
12. Slide Operation Method for a Touch Screen--The Concept of Connecting Audio Component
13. Secondary Use of Electric Vehicle Batteries and Potential Impacts on Business Models
14. 3-D Modeling and Hexahedral Mesh Generation Method Based on Failure Characteristics of Remanufactured Centrifugal Compressor Impeller
 
QR Code
QRCODE