Which risk increases when increasing flow through a pipe network?

💡 Explanation

Increased flow prompts transition to turbulence; the turbulent kinetic energy dissipation significantly rises because increasing flow induces strong eddies. Therefore more kinetic energy dissipates to heat, rather than increased pressure; viscous flow is not affected.

• Which mechanism limits transistor scaling when gate oxide thickness approaches a single atomic layer of silicon dioxide?
• Which risk increases when increasing temperature of ferrite core inductor?
• Which outcome occurs when rapidly compressing an orthorhombic crystal?
• Which consequence results when hydrogen's temperature increases and its 1s orbital occupancy remains constant?
• Which outcome occurs when exceeding design limits of steam-Rankine thermodynamic cycles?
• Which phenomenon affects atomic clock synchronization aboard orbiting satellites, causing timing drift?