Designing Non-Smoking Toilets in Physical and Mathematics

Engineering and science can use complex mathematical tools to solve the simplest problems of everyday life. A new research reveals the way to design no leaps using difer essential equations and physics principles.

• Researchers applied differential equations to model liquid dynamism
• Angle and speed of urine flow were mathematically optimized
• The surface shape and slope angle of the sewage were determined by calculations
• The thickness of the flow layer was controlled to minimize bouncers
• As a result, cleaning costs and hygiene problems can be reduced

This study shows how effective theoretical physics can be in practical applications. Understanding of liquid dynamism can be used not only in industrial design, but also to solve problems at much more basic levels. Ordinary objects such as frescoes require a scientific approach for optimal performance.

physical models used in design tell how architecture and industrial design should move forward. Mathematical accuracy, aesthetically practical benefit. Such research is a nice example of how engineers can find solutions to problems in everyday life.