TEVM Project: Ecological Vibration-Based Technologies

TEVM Project: Ecological Vibration-Based Technologies

Project director: Eng. Adrian Vintila (ICMET Craiova)

The project aims to design and develop a complex equipment. It performs stress relief through vibrations. We use the intelligent material GMM (Giant Magnetostrictive Material). We thus obtain an intelligent, fast and precise control of the induced vibrations. This leads to the fast and efficient stress relief of the metal parts. The system manages to perfectly homogenize the residual stress.

The main objective is to establish important connections in the interdisciplinary field. These connections make it possible to take over cutting-edge technological achievements. We draw inspiration directly from other innovative sectors of technology. The goal is to massively increase the technical level of electrotechnical equipment. We want to reduce energy consumption efficiently and preserve the environment.

• We create an integrated technological network in the field of vibration stress relief;
• We are creating a modern research center for international collaboration;
• We develop doctoral, master's and postgraduate programs;
• We provide the necessary framework for integration into the European technological platform;
• We attract and train valuable young graduates in research activities;
• We publish articles and prepare partnerships for the FP7 framework program.

The equipment is directly addressed to industrial companies. The target companies are those that execute welded metal constructions. We are talking about medium and large industrial structures.

Vibration stress relief is a revolutionary treatment method. Metal parts receive vibration energy controlled with maximum precision. We solve the problem of dimensional changes and deterioration of mechanical properties. The system performs an automatic scanning and analysis of resonance peaks. The process parameters are automatically recorded providing reliable evidence. The desired stress relief effect is perfectly evaluated.

Currently, stress relief of metal parts is carried out exclusively thermally. This outdated technology is a huge consumer of conventional energy. Moreover, the thermal process is highly polluting and has low efficiency. Our project offers a green and economical alternative.

From a social point of view, we are creating a perfectly integrated technological network. This will facilitate international academic and research collaboration. We attract and train many valuable young graduates. We promote innovative research for a healthy environment.