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ISSN 2063-5346
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ALUMINIUM-TITANIUM DIBORIDE (AL-TIB2) INSITU MATRIX COMPOSITE SYNTHESIS AND CHARACTERIZATION, AND STUDY OF TRIBOLOGICAL AND MECHANICAL PROPERTIES

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Mangirish Deshpande, Chaitali S P. Tendulkar, Sujit K Nagare, Shruti rathore, Avani Sharma, Pearl Dighe
» doi: 10.31838/ecb/2023.12.1.240

Abstract

Situ matrix composite can more be expensive than other materials. It is less cost effective for certain applications. Situ matrix composite knows the high strength to weight ratio. It may be prone to cracking, delimitation of other forms of damage over time. Situ matrix composite can be more difficult in process than other materials. It is requiring for the specialized requirements and expertise in the situ matrix composite. This can make it more challenging and more consuming to manufacture products using these materials. Overall the situ matrix composite typically out weight the potential side effects for many applications. High cost situ matrix composite can be more expensive to produce than traditional materials due to the complexity of the manufacturing process and the need for specialized equipment. The manufacturing process for the situ matrix composites can be complex and difficult to control, leading to variations in the material properties. Limited of the design flexibility for the situ matrix composites are typical made in specific shape. This is why, which can limit their design flexibility compare to other materials that can be easily molded or form.

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