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DRM, a Design Research Methodology
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DRM, a Design Research Methodology
von: Lucienne T.M. Blessing, Amaresh Chakrabarti
Springer-Verlag, 2009
ISBN: 9781848825871
397 Seiten, Download: 4301 KB
 
Format:  PDF
geeignet für: Apple iPad, Android Tablet PC's Online-Lesen PC, MAC, Laptop

Typ: B (paralleler Zugriff)

 

 
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Inhaltsverzeichnis

  Preface 5  
  Contents 10  
  1 Introduction 17  
     1.1 Design 17  
     1.2 Design Research 18  
     1.3 Main Issues 22  
     1.4 Need for a Design Research Methodology 25  
     1.5 Objectives 26  
     1.6 Structure of this Book 27  
     1.7 Main Points 28  
  2 DRM: A Design Research Methodology 29  
     2.1 Introduction 29  
     2.2 Methodological Framework 30  
     2.3 Types of Research Within the DRM Framework 34  
     2.4 Representing Existing and Desired Situations 35  
     2.5 Success Criteria and Measurable Success Criteria 42  
     2.6 The Main Stages 45  
     2.7 Comparison with Other Methodologies 54  
     2.8 Main Points 57  
  3 Research Clarification 59  
     3.1 Research Clarification Process 60  
     3.2 Identifying Overall Topic of Interest 61  
     3.3 Clarifying Current Understanding and Expectations 67  
     3.4 Clarifying Criteria, Main Questions and Hypotheses 73  
     3.5 Selecting Type of Research 76  
     3.6 Determining Areas of Relevance and Contribution 79  
     3.7 Formulating Overall Research Plan 83  
     3.8 General Guidelines on Doing Research 86  
     3.9 Main Points 88  
  4 Descriptive Study I: Understanding Design 91  
     4.1 Schools of Thought 92  
     4.2 Types of DS-I 96  
     4.3 DS-I Process Steps 96  
     4.4 Reviewing Literature 97  
     4.5 Determining Research Focus 105  
     4.6 Developing Research Plan for DS-I 118  
     4.7 Undertaking an Empirical Study 130  
     4.8 Drawing Overall Conclusions 147  
     4.9 Main Points 153  
  5 Prescriptive Study: Developing Design Support 157  
     5.1 Types of Design Support 158  
     5.2 Types of PS 159  
     5.3 A Systematic PS Process 160  
     5.4 Task Clarification 164  
     5.5 Conceptualisation 169  
     5.6 Elaboration 180  
     5.7 Realisation 183  
     5.8 Support Evaluation 192  
     5.9 Main Points 194  
  6 Descriptive Study II: Evaluating Design Support 197  
     6.1 Evaluation 198  
     6.2 Types of DS-II 211  
     6.3 Systematic DS-II Process 212  
     6.4 Reviewing Existing Documentation 213  
     6.5 Determining Evaluation Focus 215  
     6.6 Developing Evaluation Plan(s) 217  
     6.7 Undertaking Evaluation 225  
     6.8 Drawing Overall Conclusions 227  
     6.9 Main Points 228  
  7 Writing Up: Publishing Results 231  
     7.1 Various Forms of Publication and Their Intent 232  
     7.2 Overall Structure of a Thesis 233  
     7.3 Approaches to Help Structure a Thesis 235  
     7.4 Tips on Writing Specific Sections 237  
     7.5 Writing Papers 243  
     7.6 General Guidelines 243  
     7.7 Main Points 245  
  8 Summary and Conclusions 247  
     8.1 Experience of Using DRM 247  
     8.2 Further Research 253  
  Appendix A Descriptive Study Methods 254  
     A.1 Paradigms and Assumptions 254  
     A.2 Reviewing Empirical Studies 258  
     A.3 Laboratory Versus Industrial Environment 269  
     A.4 Data-collection Methods 269  
     A.5 Statistical Analysis 288  
  Appendix B Prescriptive Study Methods 292  
     B.1 Product Development Methodologies 292  
     B.2 Software Development Approaches 297  
     B.3 User-interface Design 310  
     B.4 Support Outline: Summarising Scope and Assumptions 316  
  Appendix C Example Research Projects 320  
     C.1 Overview of the Examples 320  
     C.2 A Process-based Approach to Computer-supported Engineering Design 322  
     C.3 A Program for Computational Synthesis and Conceptual Design Support 333  
     C.4 Teamwork in Engineering Design 343  
     C.5 Measuring Conceptual Design Process Performance in Mechanical Engineering: A Question-based Approach 354  
     C.6 Design for Quality 366  
     C.7 Multi-disciplinary Design Problems 376  
     C.8 Design for Reliability in Mechanical Systems 386  
  References 397  
  Index 407  


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