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🔧 Konvertibly Engineering Calculator

Professional engineering calculations for pressure, torque, stress, force, and more. Precision tools for engineers and technical professionals.

Conversion Result

Common Engineering Calculations
100 PSI
→
6.895 bar
1 atm
→
760 Torr
100 N
→
22.48 lbf
1000000 Pa
→
1 MPa
10 N⋅m
→
7.376 lb⋅ft
10 m/s
→
32.81 ft/s
1000 kg/m³
→
62.43 lb/ft³
0.001 m³/s
→
15.85 GPM
Engineering Categories
⚡

Pressure

PSI ↔ Bar Pascal ↔ ATM kPa ↔ Torr MPa ↔ PSI
🔧

Torque

N⋅m ↔ ft⋅lbf in⋅lbf ↔ kgf⋅m dN⋅m ↔ oz⋅in
📐

Stress

Pa ↔ PSI MPa ↔ ksi GPa ↔ Msi
💪

Force

N ↔ lbf kN ↔ kip dyne ↔ oz kgf ↔ lbf
⚖️

Moment

N⋅m ↔ ft⋅lbf kN⋅m ↔ ft⋅kip
🌊

Flow Rate

m³/s ↔ GPM L/min ↔ CFM L/s ↔ ft³/min
🚀

Velocity

m/s ↔ ft/s km/h ↔ mph ft/min ↔ m/min
📈

Acceleration

m/s² ↔ ft/s² g ↔ m/s² g ↔ ft/s²
🎯

Density

kg/m³ ↔ lb/ft³ g/cm³ ↔ oz/in³ kg/L ↔ lb/gal
🌀

Viscosity

Pa⋅s ↔ cP m²/s ↔ cSt poise ↔ cP

About Stress (MPa)

Expresses mechanical stress in megapascals (MPa), the SI unit used in international engineering standards (ISO, EN, AS).

How It Works

1 MPa = 1 N/mm² = 1,000,000 Pa. Convert from psi: psi × 0.00689476 = MPa. Typical structural steel: 250 MPa yield; high-strength: 690 MPa.

Reference Values & Examples

  • Mild steel yield: 250 MPa
  • Aluminium 6061-T6: 276 MPa yield, 310 MPa UTS
  • Carbon fibre composite: 600–3,500 MPa tensile strength

Common Applications

  • Machine component design and selection
  • Material stress and fatigue analysis
  • Structural integrity verification
  • Manufacturing quality control
  • Mechanical engineering coursework and licensing exams

Did You Know?

The safety factor concept dates to Isambard Kingdom Brunel, who routinely over-engineered Victorian bridges by 3–4× to account for material variability — a principle still used in codes like ASME and Eurocode today.

Common Mistake

Confusing MPa with kPa or GPa. Young's modulus for steel is ~200 GPa (200,000 MPa) — expressing it in MPa and using it as GPa in a deflection formula gives deflection 1,000× too large.