By Prof., Dr. Sc. K. V. Frolov (auth.), Professor Dr. Sc. Anatoli I. Dashchenko (eds.)
ISBN-10: 3642557767
ISBN-13: 9783642557767
ISBN-10: 3642628222
ISBN-13: 9783642628221
This mixture of instruction manual and multimedia CD-ROM bargains the main updated view of cutting-edge and tomorrow's global of producing applied sciences. It was once written through major specialists from the us, Europe, and Asia and spans quite a lot of issues: from commercial administration and association to automation and keep watch over, from mechanical to electronical know-how, and from laptop instruments to the patron items undefined. It provides a different interdisciplinary and international presentation of fabric and combines, for the 1st time, theoretical and critical sensible effects from the final a long time of an important branches of laptop development. Its wide assurance should still entice the hugely expert medical professional in addition to to the skilled layout engineer, and to undergraduate in addition to to complex students.
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Example text
The fine balancing of mechanisms and rotor systems (Fig. 6) for gas turbines to reduce the level of vibrations are being constantly improved. They make use of the latest advances in computer technology and laser applications to achieve automatic high quality balancing. 4 New Methods for Designing Machines The problems of reliability, durability, and strength of machines still remain as central issues in design. Achievements regarding the mechanics of deformable media, in experimental mechanics, in the physics, technology, and the mechanics of composites and metals are the basis for solving a number of pressing problems in this context.
Nowadays the movements of complicated machine systems can be investigated in detail by means of transducers and the appropriate software. V. Frolov Fig. 5 Classification of the diagnostics methods. Fig. 6 The acoustic dynamics of machines and the acoustic fatigue of metals. the fine balancing of mechanisms and rotor systems (Fig. 6) for gas turbines to reduce the level of vibrations are being constantly improved. They make use of the latest advances in computer technology and laser applications to achieve automatic high quality balancing.
A multifunctional, automatic acoustic system has been developed to evaluate the physical and mechanical properties of structural materials. Its main component is an acoustic sensor. The signals picked up by it are then digitized, registered, stored, and transmitted to the data processing unit/computer. The user interface works in a dialogue mode which does not require any programming knowledge from the operator. The technologies have been developed to ensure a dramatic increase in vibration wear resistance of critical elements in new generation heatexchange equipment.
Manufacturing Technologies for Machines of the Future: 21st Century Technologies by Prof., Dr. Sc. K. V. Frolov (auth.), Professor Dr. Sc. Anatoli I. Dashchenko (eds.)
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