Fracture & Fatigue Simulators

Bond Wire Fatigue Life Calculator — Coffin-Manson Law compares how local stress, material strength, and life margin shifts as the main assumptions change.

Calculate Charpy impact energy curves & Ductile-Brittle Transition Temperature (DBTT). for material analysis, including irradiation embrittlement & ASME RTNDT.

Use this page to relate representative assumptions to local stress, material strength, and life margin before moving into the adjacent engineering checks.

Use this page to relate representative assumptions to local stress, material strength, and life margin before moving into the adjacent engineering checks.

Simulate creep strain and stress relaxation in real time for 316SS or IN718 alloys using the Norton power law. Free CAE engineering tool.

Explore damage tolerance design with residual strength, critical crack size, and inspection interval calculations using Paris law and POD curves.

Fatigue Life & Goodman Diagram Tool compares how local stress, material strength, and life margin shifts as the main assumptions change.

Calculate fatigue notch factor Kf instantly. Compare Neuber and Peterson methods using Kt, notch radius, and material strength.

Calculate cumulative fatigue damage, safety factors, and remaining life in real-time using S-N curves and Miner's rule. Predict failure with the Damage Meter.

Calculate stress intensity factor (K_I) and safety margins in real time. Input crack length, geometry, and material properties for instant LEFM analysis.

Mode II/III Fracture Mechanics & Mixed-Mode Fracture Calculator compares how local stress, material strength, and life margin shifts as the main assumptions change.

Compute fracture toughness KIC per ASTM E399. Enter specimen data for automatic analysis, validity checks, J-integral, and plastic zone size.

Simulate CCT diagrams in real time. Adjust carbon, alloy, and cooling rate to instantly see transformations, Ms temperature, and hardness.

Calculate fracture mechanics parameters instantly. for J-Integral and Stress Intensity Factor (KI) calculations. Accurate, no registration required.

Plot material families on log-log axes to explore stiffness-weight and strength-weight trade-offs for optimal lightweight beam and tie design.

A focused entry point for local stress, material strength, and life margin, useful before selecting the next tool in the same cluster.

Calculate fatigue crack growth and residual life with Paris Law. for engineers. Fast, accurate, and no registration required.

Calculate SMA transformation temperatures, recovery stress, and work output. Use presets for NiTi alloys and apply the Clausius-Clapeyron relation for engineering design.

S-N Curve Fatigue Life Estimation Tool focuses on local stress, material strength, and life margin, giving a compact read on the current case and the trend that matters …

Compute Mode I stress intensity factor K_I = Y sigma sqrt(pi a) in real time. Compare safety factor, critical crack length and fracture stress with sliders.

Simulate tensile tests online: plot stress-strain curves, convert engineering to true values, and calculate material properties like resilience and toughness.

Predict failure cycles and service life using the Coffin-Manson Law. Assess thermal fatigue for solder joints, turbine blades, and exhaust components.

Calculate thermal shock resistance, surface stress, and fatigue life. Input ΔT and Biot number for instant Coffin-Manson results.

Calculate fatigue life for variable loads using Rainflow counting and Miner's Rule. Visualize S-N curves and cumulative damage for accurate failure prediction.

Viscoelasticity Calculator — Maxwell, Kelvin-Voigt, SLS Creep & Relaxation focuses on local stress, material strength, and life margin, giving a compact read on the curr…