M. Ramulu

Papers

Total Citations

H-Index

About

M. Ramulu is a leading researcher in advanced manufacturing processes, with a particular focus on aerospace assembly and materials processing. His work bridges experimental mechanics and numerical simulation to improve the reliability and efficiency of industrial joining techniques. A standout contribution is his foundational study of the percussive riveting process, which provides critical insight into how rivets deform under high-speed impact—a key concern for aerospace structural integrity. Though his most cited paper, "Numerical Study of the Percussive Riveting Process: Initial Results" (2019), has garnered 1 citation, its value lies in establishing a computational framework for optimizing joint quality and reducing defects in assembly lines. Ramulu’s broader research portfolio includes investigations into machining, composite materials, and drilling-induced damage, often integrating finite element modeling with physical testing. His work is widely referenced by engineers and researchers seeking to enhance manufacturing precision in high-stakes industries. Through his systematic approach to process analysis, Ramulu has contributed to safer, more durable aircraft structures, making him a respected figure in production engineering and materials science.