Malaysian Researcher's 'Fawzal Number' Formula Gains Global Scientific Attention

A scientific formula developed by a Malaysian researcher is capturing the attention of the global scientific community. Known as the 'Fawzal Number' or 'Nombor Fawzal,' this innovation is the brainchild of Ahmad Syahid Ahmad Fawzal, who holds a PhD in Mechanical Engineering from Coventry University in the UK.

Fawzal, originally from Selangor and raised in Melaka, spent over a decade gaining academic and professional experience in the UK before returning to Malaysia. His research initially focused on the cooling systems of high-performance electric machine rotors. This technology is increasingly vital for the development of high-performance hybrid and electric vehicles, including supercars and hypercars, and holds significant potential for wider applications within the automotive industry, motorsport, and various other engineering disciplines.

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The question prompted me to develop a new formulation to consistently compare the performance of various cooling system designs.

The genesis of the 'Fawzal Number' stemmed from a journal reviewer's question about how to consistently compare the performance of different designs within his research. This prompted Fawzal to develop a novel formulation for consistent comparison of cooling system designs. Initially published as the Rotor Cooling Performance Index in late 2016, Fawzal realized its applicability extended beyond rotors and electric machines in 2017, leading to its rebranding as the Cooling Performance Index.

The name 'Fawzal Number' was not self-assigned but emerged from the research community itself, which began using the term when referencing his formulation in their studies. Fawzal explained that while he initially applied the formula to enhance the cooling performance of electric machine systems for high-performance hybrid and electric vehicles, its utility is far more extensive.

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When we talk about supercars, hypercars, automotive, or motorsport, heat management is crucial because the higher the performance of a machine, the more heat needs to be managed.

"When we talk about supercars, hypercars, automotive, or motorsport, heat management is crucial because the higher the performance of a machine, the more heat needs to be managed," he stated. "But this formula is not limited to the automotive or motorsport industry. It can be used more broadly in various engineering systems where performance is affected by heat generation and requires thermal management or cooling."

Potential applications include electric motors, power generation, engine development, and numerous other engineering projects, highlighting the broad impact of this Malaysian-developed scientific breakthrough.

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But this formula is not limited to the automotive or motorsport industry. It can be used more broadly in various engineering systems where performance is affected by heat generation and requires thermal management or cooling.