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ECONOMIC DESIGN AND DEVELOPMENT OF SPECIFICATIONS
3 references·16 citing·43 second hop
ECONOMIC DESIGN AND DEVELOPMENT OF SPECIFICATIONS (1994)ECONOMIC DESIGN AND DEVELOPMENT OF SPECIF…Introduction to Quality Engineering (2008)Introduction to Quality Engin…Quality Engineering in Production Systems (1990)Quality Engineering in Produc…Quality Engineering in Production Systems (1989)Quality Engineering in Produc…The integrated quality control model with product inspection and process improvement (2020)The integrated quality contro…Production quantity and specification limits settings by considering specified process capability value (2014)Production quantity and speci…Economic specification limits and process mean settings by considering unequal target value and specification center (2014)Economic specification limits…Optimization of engineering tolerance design using revised loss functions (2009)Optimization of engineering t…Economic tolerance design for folded normal data (2009)Economic tolerance design for…JOINT DETERMINATION OF OPTIMUM PROCESS MEAN AND ECONOMIC SPECIFICATION LIMITS FOR RECTIFYING INSPECTION PLAN WITH INSPECTION ERROR (2008)JOINT DETERMINATION OF OPTIMU…A new loss function‐based method for evaluating manufacturing and environmental risks (2007)A new loss function‐based met…Integrating the LambertW Function to a Tolerance Optimization Problem (2005)Integrating the LambertW Func…Integrated optimisation models and strategies for the improvement of the Six Sigma process (2005)Integrated optimisation model…Determining the Optimum Process Mean Under Quality Loss Function (2002)Determining the Optimum Proce…Determining the Optimum Process Mean of a One-Sided Specification Limit (2002)Determining the Optimum Proce…Modelling of optimal specification regions (2000)Modelling of optimal specific…DETERMINATION OF THE OPTIMAL PROCESS MEAN WITH THE CONSIDERATION OF VARIANCE REDUCTION AND PROCESS CAPABILITY (2000)DETERMINATION OF THE OPTIMAL …A NONLINEAR MODEL FOR DETERMINING THE MOST ECONOMIC PROCESS MEAN UNDER A BETA DISTRIBUTION (2000)A NONLINEAR MODEL FOR DETERMI…QUALITY IMPROVEMENT FOR PROCESSES WITH CIRCULAR AND SPHERICAL SPECIFICATION REGIONS (1998)QUALITY IMPROVEMENT FOR PROCE…ESTIMATING PROCESS CAPABILITY INDICES FOR A TRLTNCATED DISTRIBUTION (1998)ESTIMATING PROCESS CAPABILITY…Quality-Control Handbook. (1952)Quality Engineering Using Robust Design (1991)Introduction to Statistical Quality Control (1992)A new approach for assessing the correlated risk (2012)A loss-function based approach for evaluating reliability improvement of an engineering design (2013)Process Capability Indices (1993)Process Capability Indices. (1995)Transforming Non-Normal Data to Normality in Statistical Process Control (1998)An Algorithm for Computing a Smooth Nonparametric Process Capability Estimate (2000)Process Capability Analysis Methodologies for Zero-Bound, Non-Normal Process Data (2009)Response Surface Methodology: Process and Product Optimization Using Designed Experiments (1996)Implementing Six Sigma: Smarter Solutions Using Statistical Methods (2000)Design for Six Sigma: A Roadmap for Product Development (2003)Quality Engineering: Control, Design and Optimization (2008)Modelo tecnológico para el desarrollo de proyectos logísticos usando Lean Six Sigma (2012)Lean Six Sigma: Research and Practice (2021)Determining the Most Profitable Target Value for a Production Process (1977)Off-Line Quality Control, Parameter Design, and the Taguchi Method (1985)Economic design of the specification region for multiple quality characteristics (1996)Optimum Process Target for Two Quality Characteristics Using Regression Analysis (2002)Joint determination of process mean and production run: A review (2007)Multi-objective framework for process mean selection and price differentiation with leakage effects under price-dependent stochastic demand (2018)Combining Taguchi and Response Surface Philosophies: A Dual Response Approach (1990)Taguchi on Robust Technology Development (1993)An Integrated Approach for Enhancing the Quality of the Product by Combining Robust Design and Customer Requirements (2013)A highly efficient robust design under data contamination (2015)Introduction to Statistical Quality Control (1997)Optimal control of a deteriorating process with a quadratic loss function (2001)Determination of the optimum target value for a production process with multiple products (2006)Optimal selection of process mean for a stochastic inventory model (2012)Quality Engineering Using Robust Design (1990)Determining optimal process mean of two-market products (2004)Outsourcing and vendor selection model based on Taguchi loss function (2008)Quality engineering in japan (1985)ISO 14000 total quality environmental management: The integration of environmental marketing, total quality management, and corporate environmental policy (1997)OPTIMIZING MULTI-RESPONSE PROBLEMS IN THE TAGUCHI METHOD BY FUZZY MULTIPLE ATTRIBUTE DECISION MAKING (1997)Green vendor evaluation and selection using AHP and Taguchi loss functions in production outsourcing in mining industry (2014)Statistical Process Monitoring and Feedback Adjustment: A Discussion (1992)Brocess capability with asymmetric tolerances (1994)Run by run process control: combining SPC and feedback control (1995)Defining Quality (1993)Response Surface Methodology: A Retrospective and Literature Survey (2004)Computational methods in optimization considering uncertainties – An overview (2008)
this work references cited by second hop

References

  • 2008Introduction to Quality Engineering1,500 cited
  • 1990Quality Engineering in Production Systems894 cited
  • 1989Quality Engineering in Production Systems282 cited

Cited by

  • 2005Integrated optimisation models and strategies for the improvement of the Six Sigma process26 cited
  • 2000A NONLINEAR MODEL FOR DETERMINING THE MOST ECONOMIC PROCESS MEAN UNDER A BETA DISTRIBUTION26 cited
  • 2000DETERMINATION OF THE OPTIMAL PROCESS MEAN WITH THE CONSIDERATION OF VARIANCE REDUCTION AND PROCESS CAPABILITY24 cited
  • 1998ESTIMATING PROCESS CAPABILITY INDICES FOR A TRLTNCATED DISTRIBUTION20 cited
  • 2000Modelling of optimal specification regions19 cited
  • 2005Integrating the LambertW Function to a Tolerance Optimization Problem18 cited
  • 2007A new loss function‐based method for evaluating manufacturing and environmental risks18 cited
  • 1998QUALITY IMPROVEMENT FOR PROCESSES WITH CIRCULAR AND SPHERICAL SPECIFICATION REGIONS18 cited
  • 2009Optimization of engineering tolerance design using revised loss functions16 cited
  • 2009Economic tolerance design for folded normal data16 cited
  • 2014Production quantity and specification limits settings by considering specified process capability value14 cited

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2008
JOINT DETERMINATION OF OPTIMUM PROCESS MEAN AND ECONOMIC SPECIFICATION LIMITS FOR RECTIFYING INSPECTION PLAN WITH INSPECTION ERROR
14 cited
  • 2014Economic specification limits and process mean settings by considering unequal target value and specification center12 cited
  • 2002Determining the Optimum Process Mean of a One-Sided Specification Limit12 cited
  • 2002Determining the Optimum Process Mean Under Quality Loss Function12 cited
  • 2020The integrated quality control model with product inspection and process improvement11 cited