Advances in Systematic Creativity

<p></p><p>Part I Advances in Theory and Applications of TRIZ.- 1 Current Stage of TRIZ Evolution and Its Popularity.- 2 Design for Change: Disaggregation of Functions in System Architecture by TRIZ-Based Design.- 3 Systematic Innovation in Process Engineering: Linking TRIZ and Process Intensification.- Heuristic Problems in Automation and Control Design: What Can Be Learnt from TRIZ?.- 5 The Adaptive Problem Sensing and Solving (APSS) Model and Its Use for Efficient TRIZ Tool Selection.- 6 Case: Can TRIZ Functional Analysis Improve FMEA?.- 7 A TRIZ and Lean-Based Approach for Improving Development Processes.- 8 A Method of System Model Improvement Using TRIZ Function Analysis and Trimming.- 9 Function Analysis Plus and Cause-Effect Chain Analysis Plus with Applications.- Part II Advances in Tools and Technologies for Creating New Innovations.- 10 Identification of Secondary Problems of New Technologies in Process Engineering by Patent Analysis.- 11 Control Design Tools for Intensified Solids Handling Process Concepts.- 12 Anticipatory Failure Determination (AFD) for Product Reliability Analysis: A Comparison Between AFD and Failure Mode and Effects Analysis (FMEA) for Identifying Potential Failure Modes.- 13 Computer-Aided Conceptual Design of Building Systems: Linking Design Software and Ideas Generation Techniques.- 14 Optimized Morphological Analysis in Decision-Making.- 15 Engineering Creativity: The Influence of General Knowledge and Thinking Heuristics.- Part III Advances in Managing Innovations and the Innovation Process.- 16 Levelized Function Cost: Economic Consideration for Design Concept Evaluation.- 17 Reflecting Emotional Aspects and Uncertainty in Multi-expert Evaluation: One Step Closer to a Soft Design-Alternative&nbsp;Evaluation Methodology.- 18 Using Innovation Scorecards and Lossless Fuzzy Weighted Averaging in Multiple-criteria Multi-expert Innovation Evaluation.- 19 Innovation Commercialisation: Processes, Tools and Implications.</p><br><p></p>