Back to Blog
Ontime electric6/2/2023 ![]() The identification of lighter materials that can bear increased loads is an area of material research in the present scenario. ![]() This has led to intense research in the area of composite materials which are easy to manufacture, having higher strength-to-weight ratio and development and modifications can be carried out at a faster rate than conventional materials. Growing competitions and variations in customer requirements have led to development of quicker and newer products that meet customer requirements and provide customer delight in the marketplace. The work can be successfully utilized for prediction of the kerf width and surface roughness of the composites manufactured with Al6351 as the base matrix material.Ī challenge faced by present-day industry is to manufacture lightweight and durable materials at low cost to markets. The validation results show an average variation of 8.17% for kerf width and 11.27% for surface roughness. From the work, it was identified that pulse on time and current are the major contributing factor for kerf width and wire feed rate was observed to be contributing to the surface roughness. The developed model has been validated by conducting similar set of experiments in Al6351-5% SiC-1% B 4C hybrid composite. The present work aims at predicting the behavior of the two major machining parameters which are kerf width and surface roughness of Al6351 composites in wire EDM by creating a mathematical model using ANOVA for different combinations of the reinforcements and comparing the variations in the coefficients for different combinations of reinforcements. ![]() Therefore, identifying the kerf width and surface roughness are important criteria for the dimensional accuracy of the final product. Al6351 composites was observed to be extensively used in nuclear applications. To overcome the challenges of machining complex shapes, wire electric discharge machining (WEDM) was developed. Non-conventional machining, especially electric discharge machining (EDM), is found to be a good machining option for meeting the required outputs. If you choose to do business with this business, please let the business know that you contacted BBB for a BBB Business Profile.Īs a matter of policy, BBB does not endorse any product, service or business.The machining of composite materials has been an area of intense research for the past couple of decades due to its wide range of applications, from automobiles to air crafts or from boats to nuclear systems. BBB Business Profiles are subject to change at any time. When considering complaint information, please take into account the company's size and volume of transactions, and understand that the nature of complaints and a firm's responses to them are often more important than the number of complaints.īBB Business Profiles generally cover a three-year reporting period. However, BBB does not verify the accuracy of information provided by third parties, and does not guarantee the accuracy of any information in Business Profiles. BBB asks third parties who publish complaints, reviews and/or responses on this website to affirm that the information provided is accurate. BBB Business Profiles may not be reproduced for sales or promotional purposes.īBB Business Profiles are provided solely to assist you in exercising your own best judgment.
0 Comments
Read More
Leave a Reply. |