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