A New Approach to Su-Field: Structural Analysis

Key words: Su-Field Analysis, Structural Analysis, substance, field, Element, Action, Knowledge, Data, Function.

1. Introduction

Su-Field analysis was developed by G.Altshuller [1]. In addition, he formulated the Su-Field increasing degree law and describes its mechanisms [2] and [3].

… Read More

Su-Field Analysis for Information Processing System

Contributing Author: German Voronov

Originally presented at TRIZfest 2013; Proceedings Page 9

Keywords: Su-Field Analysis, Data, Function, Knowledge, Information Processing System.

1. Problem formulation

In this paper, we present a new concept of Su-Field analysis adapted for information processing … Read More

TRIZ in Media Field Especially the Radio

how can we make Triz practical in media & especially in radio programs?Read More

Substance-field Models for Fourth Class Standards

The problem solving standards are a powerful tool in TRIZ for individuals who understand each standard. It is difficult, however, for new people to grasp the concept because each standard is a sentence with no corresponding graphics.Read More

Managing Emotions: Applying the Substance-field Theory

Substance-field theory is a powerful analytical technique in TRIZ and helps define a problem in detail and formulate solutions. This technique can also be used to manage people by modeling people and their emotions in place of substances and fields.Read More

Generalized Solutions for Su-field Analysis

To help users carry out su-field analysis and find the right problem-solving solutions in an easy manner, this paper summarizes/condenses the 76 standard solutions into seven general principles with graphic demonstrations and examples.Read More

More from Day 1 of TRIZcon – ARIZ and Substance Field Analysis

Katie Barry

This is the 9th year of The Altshuller Institute’s TRIZCON – an annual meeting of TRIZ professionals. There are other large TRIZ conferences hosted worldwide by other TRIZ associations: ETRIA (the European TRIZ Association) and AMETRIZ (the Mexican TRIZ … Read More

Some Thoughts About TRIZ Feature Transfer Into Other Field of Human Life

Gregory Frenklach Israel gregory_f@012.net.il

There were a lot of trials to perform feature transfer of TRIZ tools into other fields of human activities like management, advertisement, marketing, election, education and so on. Some of them were more successful, some less … Read More

The Search Substance – Field

Sankt-Petersburg State University of Information Technologies, Mechanics and Optics, Department of Control Systems and Informatics Sankt-Petersburg, Russia E-mail: bushuev@inbox.ru

Introduction This is a third paper from series of work [1,2] on mathematical invention problem models. The Author has got several … Read More

Reply to comments on the article “Su-Field: An Educational Example of Inventive Problem Solving in Electrical Engineering”

by Antonio Cesar Lettieri, Takashi Yoneyama

As authors of the January/2006 article, “Su-Field: An Educational Example of Inventive Problem Solving in Electrical Engineering”, we would like to contribute with some additional material based on the comments by Richard Kaplan, published … Read More

Comments on Lettieri and Yoneyama’s “Su-field: An Educational Example of Inventive Problem Solving in Electrical Engineering”

by Richard Kaplan Lettieri and Yoneyama provide a nice electrical engineering example of inventive problem solving in their 1/06 TRIZ-Journal article. The problem is reminiscent of the classical lamps creativity puzzle: There is a lamp on the third floor … Read More

Su-Field: An Educational Example of Inventive Problem Solving in Electrical Engineering

By: Antonio Cesar Lettieri, Takashi Yoneyama

Su-Field: An Educational Example of Inventive Problem Solving in Electrical Engineering Antonio Cesar Lettieri lettieri@directnet.com.br Empresa Brasileira de Aeronáutica – EMBRAER S. A. – Brazil. Takashi Yoneyama takashi@ele.ita.br Instituto Tecnológico de Aeronáutica – ITA … Read More

The Dynamic Substance – Field Analysis In Ariz

By: Alexandr Bushuev Alexandr Bushuev Sankt-Petersburg State University of Information Technologies, Mechanics and Optics, Department of Control Systems and Informatics Sankt-Petersburg, Russia E-mail: bushuev@inbox.ru

Introduction In a sense this paper is a continuing and development of the work [1], in … Read More

Using Substance-Field Model to Make Concept Design for a Clamping Device

By: Jen-Yu Liu, Hsin-Sheng Lee Jen-Yu Liu1 and Hsin-Sheng Lee Department of Power Mechanical Engineering National Formosa University 64 Wun Hua Road, Huwei, Yunlin 63208, Taiwan. E-mail: jennifer@nfu.edu.tw(Corresponding author)

Abstract The main subject of this paper is optical fiber connector-grinding … Read More

A Case Study of Substance Field Analysis and Resource Analysis; Development of New Mosquito Traps

Kyeong-Won, Lee CTO on TRIZ Consulting at KID (Korea Item Development) Inc. & Associate Professor at Dept. Mechanical Design, Korea Polytechnic University

Abstract New mosquito traps were developed by substance-field analysis and resource analysis. At the concept development the useful … Read More

Thoughts on Fields – Is the Concept of Field indisputable?

Management Consultant Helsinki Finland pentti.soderlin@netlife.fi

Introduction Some of the basic concepts in TRIZ are the Substance-Field Analysis, Substance Field Resources, and the Field itself. The concept of Field differs from the one, which is customary in Physics. Further there exists … Read More

Thoughts on Substance-Field Models and 76 Standards – Do we need all of the Standards?

By: Pentti Soderlin pentti.soderlin@netlife.fi

The basic concepts in TRIZ are the Contradictions, 40 Principles, the Matrix, and the Laws of Evolution, the Substance-Field Analysis Modelling, Ideal Final Solution, Substance Field Resources, Scientific Effects and the Job Plan ARIZ. Further the … Read More

Anticipating Failures with Substance-Field Inversion – A TRIZ Methods Case Study

By: Thomas W. Ruhe

Hewlett-Packard Company Tom.Ruhe@hp.com

Anticipating failures is a powerful tool for shortening the time required to develop robust products. Inverting Standard Techniques of Substance-Field analysis allows anticipation of failures caused by a useful function not being performed. … Read More

Su-Field Analysis

By: John Terninko Responsible Management Inc. john@terninko.com

The following is taken from an improved chapter in my book Step-by-Step TRIZ. I apologize for not having it in the first edition. The following format can be used for a power point … Read More