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George Foster, Mahendra Gupta (1990)
Manufacturing overhead cost driver analysisJournal of Accounting and Economics, 12
M. Lieberman, L. Lau, Mark Williams (1990)
Firm-Level Productivity and Management Influence: A Comparison of U.S. and Japanese Automobile ProducersManagement Science, 36
John Macduffie, Kannan Sethuraman, M. Fisher (1996)
Product variety and manufacturing performance: evidence from the international automotive assembly plant studyManagement Science, 42
P. Grinyer, M. Yasai-Ardekani (1980)
Dimensions of Organizational Structure: A Critical ReplicationAcademy of Management Journal, 23
Günter Rommel, R. Kempis, H. Kaas (1994)
Does Quality Pay
Blaxill Mf, Hout Tm (1991)
The fallacy of the overhead quick fix.Harvard Business Review, 69
Byung-Suh Kang, R. Markland (1988)
Evaluation of scheduling techniques for solving flowshop problems with no intermediate storageJournal of Operations Management, 7
G. Stalk, A. Webber (1993)
Japan's dark side of timeHarvard Business Review, 71
F. Scherer, David Ross (1971)
Industrial Market Structure and Economic Performance.Journal of Finance, 26
Alster Alster (1989)
“What Flexible Workers Can Do,”Fortune, 119
P. Blau, Cecilia Falbe, W. Mckinley, Phelps Tracy (1976)
Technology and Organization in ManufacturingAdministrative Science Quarterly, 21
N. Kambayashi (1994)
Organization Design under New Technologies : Towards Humanization of WorkThe annals of the School of Business Administration, Kobe University, 38
R. Dore, J. Abegglen, G. Stalk (1986)
Kaisha: The Japanese Corporation.Contemporary Sociology, 15
J. Matar, R. Lochner (1990)
Designing for Quality
John Krafcik (1988)
Comparative analysis of performance indicators at world auto assembly plants
Gregory Bigley, J. Pearce (1998)
Straining for Shared Meaning in Organization Science: Problems of Trust and DistrustAcademy of Management Review, 23
Dean Dean, Susman Susman (1989)
“Organizing for Manufacturable Design,”Harvard Business Review, 67
S. Kekre, K. Srinivasan (1990)
Broader product line: a necessity to achieve success?Management Science, 36
R. Banker, G. Potter, R. Schroeder (1995)
An empirical analysis of manufacturing overhead cost driversJournal of Accounting and Economics, 19
P. Richardson (1988)
Cost containment : the ultimate advantage
John Shank, V. Govindarajan (1993)
Strategic Cost Management
M. Porter (1985)
Competitive Advantage: Creating and Sustaining Superior Performance
R. Marsh, Hiroshi Mannari (1981)
Technology and Size as Determinants of the Organizational Structure of Japanese FactoriesAdministrative Science Quarterly, 26
Frank Ostroff, Douglas Smith (1999)
The horizontal organization
Rudyard Istvan (1992)
A new productivity paradigm for competitive advantageSouthern Medical Journal, 13
Wayne Cascio (1993)
Downsizing: What do we know? What have we learned?Academy of Management Perspectives, 7
Robert Rehder (1988)
Japanese transplants: A new model for DetroitBusiness Horizons, 31
J. Dixon, Alfred Nanni, T. Vollmann (1990)
The New Performance Challenge: Measuring Operations for World-Class Competition
C. Ittner (2009)
AN EXAMINATION OF THE INDIRECT PRODUCTIVITY GAINS FROM QUALITY IMPROVEMENTProduction and Operations Management, 3
R. Hayes, S. Wheelwright (1984)
Restoring Our Competitive Edge: Competing Through Manufacturing
R. Barker (1994)
Production systems without MRP: A lean time based designOmega-international Journal of Management Science, 22
K. Ulrich (1993)
A Framework for Including the Value of Time in Design-for-manufacturing Decision Making
W. Oi (1962)
Labor as a Quasi-Fixed FactorJournal of Political Economy, 70
R. Stine (1989)
An Introduction to Bootstrap MethodsSociological Methods & Research, 18
F. Raffi, P. Swamidass (1987)
Towards a theory of manufacturing overhead cost behavior: A conceptual and empirical analysisJournal of Operations Management, 7
Stephen Large, I. Magaziner, T. Hout (1981)
Japanese Industrial PolicyThe Journal of Asian Studies, 41
J. Womack, Daniel Jones, D. Roos (1990)
The machine that changed the world : based on the Massachusetts Institute of Technology 5-million dollar 5-year study on the future of the automobile
John Macduffie (1995)
Human Resource Bundles and Manufacturing Performance: Organizational Logic and Flexible Production Systems in the World Auto IndustryIndustrial & Labor Relations Review, 48
Chandler Chandler, Williams Williams (1993)
“A Slump in Car Sales Forces Nissan to Start Cutting Swollen Costs,”The Wall Street Journal
Peter Ward, P. Berger, Jeffrey Miller, S. Rosenthal (2009)
MANUFACTURING PROCESS TECHNOLOGY and SUPPORT STAFF COMPOSITION: AN EMPIRICAL VIEW OF INDUSTRY EVIDENCEProduction and Operations Management, 1
Using data from 62 automobile assembly plants worldwide, we examine the extent to which various structural cost drivers (plant scale, automation, and product mix complexity) and exe‐cutionalcost drivers (product manufacturability, management policies, and production practices) account for plant‐level differences in manufacturing overhead. Our analysis of structural drivers finds that overhead hours per vehicle are negatively associated with production volumes, consistent with economies of scale in overhead functions. However, automation appears to have little influence on overhead levels. Product mix complexity's effect on overhead requirements varies with the complexity's form and the plant's manufacturing capabilities. Option and parts complexity (measures of peripheral and intermediate product variety) both exhibit adverse effects on overhead, reflecting the considerable logistical, coordination, and supervisory challenges that accompany an increased number of parts and more complex manufacturing tasks. In contrast, model mix complexity (a measure of fundamental variety) appears to have little impact on direct or overhead labor requirements in auto assembly plants. Our analysis of executional drivers provides empirical support for the claim that advanced manufacturing practices such as the reduction of buffers, multiskilled production workers, and the use of teams can lower overhead costs. We also find preliminary evidence that the lower overhead costs in Japanese auto assembly plants are due primarily to the use of multiskilled work teams and the shifting of traditional overhead activities to production workers. Overall, our results indicate that manufacturing overhead is a function not only of the structural cost drivers that have dominated the academic literature but also of executional cost drivers that are harder to duplicate and therefore potentially more valuable for achieving competitive advantage.
Production and Operations Management – Wiley
Published: Dec 1, 1995
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