Sabah Alkass

Papers

Total Citations

112

H-Index

About

Sabah Alkass is a leading researcher in construction engineering and management, with a specialized focus on heavy lift planning and crane operations optimization. His work addresses critical challenges in the selection and on-site positioning of mobile cranes, a task traditionally reliant on static manufacturer charts. Alkass developed an optimization algorithm that systematically evaluates crane configurations—including boom length, lifting radius, and height—to determine the most efficient and safe setup for complex construction projects. This seminal contribution, published in 2005, has garnered 110 citations, underscoring its lasting impact on construction logistics and safety. Additionally, Alkass pioneered the use of 3-D animation for planning crane operations, demonstrating how visual simulation can enhance the coordination of heavy and critical lifts. His 1999 paper on this topic, co-authored with Mohamed Al-Hussein and Osama Moselhi, laid early groundwork for integrating digital tools into construction planning. Through these contributions, Alkass has advanced both the theoretical and practical understanding of crane deployment, helping practitioners reduce risks and improve efficiency on construction sites worldwide.