Abstract
Aspects of cost analysis in semi-solid state processing
Highlights
These requirements require that existing procedures be improved or the best technology found so that the resulting parts are as close to the finished part as possible, with minimal technological loss of material and energy and as few steps as possible
The cost price of die-finished parts can be reduced under the current conditions, in particular by obtaining parts with a finished shape and a very good surface quality that no longer requires machining on machine tools or manual sanding
Semi-solid material processing is a new technology that can meet some of the needs of modern industry because it offers a number of advantages including: obtaining finished parts with complex geometry, reduced friction forces, which means lower energy costs as well as superior mechanical characteristics
Summary
Parts with increasingly diverse physical-mechanical characteristics are needed, and the metalworking industry has an increasing interest in obtaining parts in the most advantageous technical-economic conditions. Reducing production costs is one of the main objectives in modern industry These requirements require that existing procedures be improved or the best technology found so that the resulting parts are as close to the finished part as possible, with minimal technological loss of material and energy and as few steps as possible. This will result in a lower cost price. Semi-solid material processing is a new technology that can meet some of the needs of modern industry because it offers a number of advantages including: obtaining finished parts with complex geometry, reduced friction forces, which means lower energy costs as well as superior mechanical characteristics. By semi-solid processing, the energy economy can reach 30% as the semifinished products are partially melted without overheating
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