Table of Contents
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Creative Solutions for a Sustainable Development
Yuri Borgianni, Denis Cavallucci, Stelian Brad, Pavel Livotov |
Front Matter |
Inventiveness and TRIZ for Sustainable Development
|
An Ideality-Based Map to Describe Sustainable Design Initiatives
Lorenzo Maccioni, Yuri Borgianni |
3-13 |
Sustainable Digitalization: A Systematic Literature Review to Identify How to Make Digitalization More Sustainable
Pasqualina Sacco, Elena Rangoni Gargano, Alessia Cornella |
14-29 |
Nature-Inspired Principles for Sustainable Process Design in Chemical Engineering
Mr Mas’udah, Sandra Santosa, Pavel Livotov, Arun Prasad Chandra Sekaran, Luchis Rubianto |
30-41 |
Comparative Analysis of Methods for Identifying Opportunities for Reusing Solid Waste
Roberta Araújo, Marco Carvalho |
42-56 |
TRIZ Evolution Trend-Based Public Service Innovation for Enhancing Social Participation of Life Garbage Classification
Ching-Hung Lee, Li Li, Peng Zhong |
57-73 |
Concept Design of Appropriate Technology Based on Circular Economy for Sustainable Development Inferred from Korea Traditional Heating System
Sehoon Cho |
74-88 |
Sustainability in Yacht and Vessel Design Through Smart Spaces: Opportunities Offered by Digital Technologies and New Materiality
Giuseppe Carmosino, Arianna Bionda, Andrea Ratti |
89-99 |
Hybrid Heat Pump Systems as a Possible Solution for the Energy Transition Towards Sustainable Heating Systems for Buildings
Erica Roccatello, Alessandro Prada, Marco Baratieri |
100-111 |
TRIZ, Intellectual Property and Smart Technologies
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Identify New Application Fields of a Given Technology
Matteo Spreafico, Davide Russo |
115-126 |
Extraction and Modeling of Chinese Patent Information for Technical Advancement Evaluation
Yin-Di Sun, Guo-Zhong Cao, Chang Gao, Wen-Dan Yang, Wei-Pei Han, Kang Wang |
127-140 |
Concept Extraction Based on Semantic Models Using Big Amount of Patents and Scientific Publications Data
Vasilii Kaliteevskii, Arthur Deder, Nemanja Peric and Leonid Chechurin |
141-149 |
Automatic Extraction of Potentially Contradictory Parameters from Specific Field Patent Texts
Daria Berdyugina, Denis Cavallucci |
150-161 |
Patent Specialization for Deep Learning Information Retrieval Algorithms
Denis Cavallucci, Guillaume Guarino, Ahmed Samet |
162-169 |
Patent Data Driven Innovation Logic: Textual Pattern Exploration to Identify Innovation Logic Data
Simon Dewulf, Peter Childs |
170-181 |
Patent Intelligence Analysis to Support Technology Roadmap on the Sector of Renewable Energy
Giacomo Bersano, Matteo Spreafico |
182-193 |
TRIZ: Expansion in Breadth and Depth
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Matrix 2022: Re-imagining the Contradiction Matrix
Darrell Mann |
197-208 |
Improving the Construction of RCA+ contradiction Trees
Tom Vaneker, Sascha Laoh |
209-219 |
Indicating and Assessing Quality Criteria for Cause-Effect Models
Jerzy Chrząszcz |
220-232 |
Application of an FMEA Based Method to Prioritize the Initial Problem Choices in Inventive Design
Masih Hanifi, Hicham Chibane, Remy Houssin, Denis Cavallucci |
233-244 |
TRIZ Application for Digital Product Design and Management
Vasilii Kaliteevskii, Matvey Bryksin, Leonid Chechurin |
245-255 |
A Reasoned Evolutionary Study on the Actual Design of Farm Tractors
Marco Bietresato, Fabrizio Mazzetto |
256-275 |
TRIZ Contradiction Modelling in Family Business Succession Process Management: Quantitative Approach with an Application of Grey Incidence Analysis
Joanna Majchrzak, Ewa Więcek-Janka |
276-287 |
A Pioneering Project on Laser Pyrolysis Based Entirely on TRIZ
Nicola Frigo, Davide Russo, Riccardo Degl’innocenti, Christian Spreafico, Paolo Peri |
288-298 |
TRIZ, Data Processing and Artificial Intelligence
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Element Variation Innovation Thinking: A Method of Simplifying and Reorganizing TRIZ
Lijie Feng, Yuxiang Niu, Jinfeng Wang, Yinuo Chen, Zhenfeng Liu, Kang Li |
301-314 |
Method for Formulation, Selection and Application of Elementary TRIZ Inventive Principles for Automated Idea Generation
Pavel Livotov |
315-329 |
Replicating TRIZ Reasoning Through Deep Learning
Xin Ni, Ahmed Samet, Denis Cavallucci |
330-339 |
Bringing Together Engineering Problems and Basic Science Knowledge, One Step Closer to Systematic Invention
Omar Boufeloussen, Denis Cavallucci |
340-351 |
TRIZ Use and Divulgation for Engineering Design and Beyond
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TRIZ-Based Remodeling of Multiple True-False Questions
Ashley Soosay, Narayanan Kulathuramaiyer |
355-366 |
Pedagogical Approaches and Course Modality Affecting Students’ Self-efficacy and Problem-Solving Attitudes in a TRIZ-Oriented Course
Harshika Singh, Hannah Nolte, Niccolo Becattini |
367-378 |
Facilitation of a Creative Culture Through the Implementation and Initial Evaluation of a TRIZ Course Within an Organisation
Tony Tanoyo, Jennifer Harlim, Iouri Belski |
379-390 |
Main Parameters of Value (MPV) Analysis: Where MPV Candidates Come From
Oleg Abramov, Alexander Medvedev, Natalia Tomashevskaya |
391-400 |
A Global Approach to Point Out Priority Problems Out of Experts’ Qualitative Data
Sébastien Dubois, Hicham Chibane, Lionel Hafer, Sébastien Trillat |
401-413 |
Integrated Use of TRIZ Tools in Systematic Conceptual Design
Lorenzo Fiorineschi, Francesco Saverio Frillici, Federico Rotini |
414-425 |
Domain Analysis with TRIZ to Define an Effective “Design for Excellence” Framework
Stelian Brad |
426-444 |
The Efficient Work with Resources in TRIZ - Resource-Oriented Search (ROS)
Jochen Wessner |
445-455 |
Solution Concept Modeling and Evaluation Based on Function-Structure and Behavior Approach in the Context of Inventive Design
Muhammad Irshad YEHYA1, Amadou COULIBALY, Hicham CHIBANE, Remy HOUSSIN |
456-464 |
