SANSKRITI 3.0 (ANNUAL HINDI MAGAZINE - NIT AGARTALA)Sajal Tiwari
ON THE AUSPICIOUS DAY OF 8th CONVOCATION i.e 14th NOVEMBER, 2015 OF NIT AGARTALA, SANSKRITI 3.0 THE ANNUAL HINDI MAGAZINE OF NATIONAL INSTITUTE OF TECHNOLOGY AGARTALA WAS LAUNCHED BY HOURABLE CHIEF GUEST Prof. ANIL D. SHAHASTRABUDDHE (CHAIRMAN-AICTE), Prof. D.B.PHATAK (BOG CHAIRMAN - NIT AGARTALA) AND Prof. GOPAL MUGERAYA (DIRECTOR - NIT AGARTALA). THE MAGAZINE EDITING AND DESIGNING TEAM WAS LEADED BY SAJAL TIWARI (UNDERGRADUATE - MECHANICAL ENGINEERING DEPARTMENT) AND THE PATRONS OF THIS MAGAZINE WERE Prof. UMESH MISHRA (CIVIL ENGINEERING DEPARTMENT), Dr. R.N.RAI (PRODUCTION ENGINEERING DEPARTMENT), Dr. R.K.YADAV (PHYSICS DEPARTMENT), Dr. SRIMANTA RAY (CHEMICAL ENGINEERING DEPARTMENT), Dr. VIDYUT DEY (PRODUCTION ENGINEERING DEPARTMENT) AND Dr. SUBRATA GHOSH (MECHANICAL ENGINEERING DEPARTMENT).
We are helping Shaping the Future to find high profile Ambassadors from different backgrounds and a diverse range of sectors who will be able to create a network of influence and attract suitable economic opportunities to North West Wales.
SANSKRITI 3.0 (ANNUAL HINDI MAGAZINE - NIT AGARTALA)Sajal Tiwari
ON THE AUSPICIOUS DAY OF 8th CONVOCATION i.e 14th NOVEMBER, 2015 OF NIT AGARTALA, SANSKRITI 3.0 THE ANNUAL HINDI MAGAZINE OF NATIONAL INSTITUTE OF TECHNOLOGY AGARTALA WAS LAUNCHED BY HOURABLE CHIEF GUEST Prof. ANIL D. SHAHASTRABUDDHE (CHAIRMAN-AICTE), Prof. D.B.PHATAK (BOG CHAIRMAN - NIT AGARTALA) AND Prof. GOPAL MUGERAYA (DIRECTOR - NIT AGARTALA). THE MAGAZINE EDITING AND DESIGNING TEAM WAS LEADED BY SAJAL TIWARI (UNDERGRADUATE - MECHANICAL ENGINEERING DEPARTMENT) AND THE PATRONS OF THIS MAGAZINE WERE Prof. UMESH MISHRA (CIVIL ENGINEERING DEPARTMENT), Dr. R.N.RAI (PRODUCTION ENGINEERING DEPARTMENT), Dr. R.K.YADAV (PHYSICS DEPARTMENT), Dr. SRIMANTA RAY (CHEMICAL ENGINEERING DEPARTMENT), Dr. VIDYUT DEY (PRODUCTION ENGINEERING DEPARTMENT) AND Dr. SUBRATA GHOSH (MECHANICAL ENGINEERING DEPARTMENT).
We are helping Shaping the Future to find high profile Ambassadors from different backgrounds and a diverse range of sectors who will be able to create a network of influence and attract suitable economic opportunities to North West Wales.
A Hahn Golf Academia & Club hivatalos megnyitójára 2009. július 16-án csütörtökön kerül sor Gödön a Pólus Palace Thermal Hotelben. A prezentáció erre az alkalomra készült.
CONTENTS
Chapter 1
1.1 Introduction 4
1.2 Definitions of quality 5
1.2.1 Traditional and Taguchi definition of Quality 6
1.3 Taguchi’s quality philosophy 7
1.4 Objective of Taguchi Methods 9
1.5 8-Steps in Taguchi Methodology 9
Chapter 2 (Loss Function) 10
2.1 Taguchi Loss Function 10
2.2 Variation of Quadratic Loss function 16 Chapter 3 (Analysis of Variation) 18
3.1 Understanding Variation 18
3.2 What is ANOVA 18
3.2.1 No Way ANOVA 18
3.2. 1.1 Degree of Freedom 19
3.2.2 One Way ANOVA 23
3.2.3 Two Way ANOVA 29
3.3 Example of ANOVA 35
Chapter 4 (Orthogonal Array) 45
4.1 What is Array 45
4.2 History of Array 45
4.3 Introduction of Orthogonal Array 46
4.3.1 Intersecting many factor- A case study 48
4.3.1.1 Example of Orthogonal Array 49
4.3.2 A Full factorial Experiment 57
4.4 Steps in developing Orthogonal Array 59
4.4.1 Selection of factors and/or interactions to be evaluated 59
4.4.2 Selection of number of levels for the factors 59
4.4.3 Selection of the appropriate OA 60
4.4.4 Assignment of factors and/or interactions to columns 61
4.4.5 Conduct tests 63
4.4.6 Analyze results 64
4.4.7 Confirmation experiment 67
4.5 Example Experime
Chapter 1
1.1 Introduction 5
1.2 Definitions of quality 6
1.2.1 Traditional and Taguchi definition of Quality 7
1.3 Taguchi’s quality philosophy 8
1.4 Objective of Taguchi Methods 10
1.5 8-Steps in Taguchi Methodology 10
Chapter 2 (Loss Function)
2.1 Taguchi Loss Function 11
2.2 Variation of Quadratic Loss function 17 Chapter 3 (Analysis of Variation)
3.1 Understanding Variation 19
3.2 What is ANOVA 19
3.2.1 No Way ANOVA 19
3.2. 1.1 Degree of Freedom 20
3.2.2 One Way ANOVA 24
3.2.3 Two Way ANOVA 30
3.3 Example of ANOVA 36
Chapter 4 (Orthogonal Array)
4.1 What is Array 46
4.2 History of Array 46
4.3 Introduction of Orthogonal Array 47
4.3.1 Intersecting many factor- A case study 49
4.3.1.1 Example of Orthogonal Array 50
4.3.2 A Full factorial Experiment 58
4.4 Steps in developing Orthogonal Array 60
4.4.1 Selection of factors and/or interactions to be evaluated 60
4.4.2 Selection of number of levels for the factors 60
4.4.3 Selection of the appropriate OA 62
4.4.4 Assignment of factors and/or interactions to columns 63
4.4.5 Conduct tests 65
4.4.6 Analyze results 66
4.4.7 Confirmation experiment 69
4.5 Example Experimental Procedure