In this simple example, we can see how the system evolves following a predefined path. By shifting from continuous to pulsating action, the effectiveness of the blade function increases. The result It’s not just about the number of blades. There’s much more behind the razor’s performance 1. Vibrating the blade 2. Make the blade resonate…
Abstract The global energy sector faces significant challenges due to rising demand, depleting traditional resources, and the urgent need for a transition to renewable energy sources. This article delves into how the Theory of Inventive Problem Solving (TRIZ), a scientific methodology, can drive innovation in energy storage and efficiency, particularly in the Middle East. TRIZ…
Technological evolution has always aimed to reduce human involvement in the most repetitive and labor-intensive tasks, allowing people to focus on more creative and strategic activities. This evolutionary law is often underestimated and reduced to the concept of simple automation. However, it represents a fundamental TRIZ principle of technological innovation and the ongoing digital transformation….
The TRIZ evolutionary law describing the trend of systems towards increased dynamism and controllability is one of the most relevant principles for understanding technological evolution. This law explains how systems tend to become increasingly adaptable and adjustable over time, enabling better performance and greater flexibility. What Do Dynamism and Controllability Mean?A dynamic system can quickly…
