Rahima K. Mohammed
Papers
1
Total Citations
3
H-Index
1
About
Rahima K. Mohammed is a researcher specializing in thermal management and electronic packaging, with a particular focus on thermal interface materials (TIMs) for semiconductor validation environments. Her most-cited work, "TIM selection criteria for silicon validation environment" (2010), provides a systematic framework for evaluating high-performance TIMs that serve as critical heat conductive media between heat sources and heat dissipating devices. By establishing rigorous selection criteria, Mohammed's research addresses the fundamental challenge of reducing thermal resistance to improve heat dissipation in advanced electronics. Her contributions are essential for ensuring the reliability and performance of silicon validation processes, where effective thermal management directly impacts device longevity and functionality. Though her citation count of 3 reflects the specialized nature of her work, its practical significance is evident in its application to real-world thermal design challenges. Mohammed's research bridges materials science and engineering, offering engineers actionable guidelines for selecting optimal TIMs in high-stakes validation environments. Her work remains a valuable reference for those seeking to optimize thermal pathways in compact, high-power electronic systems.
Research Focus
Key Achievements
Top Papers
- 1TIM selection criteria for silicon validation environment3 citations · 2010