Engineering tools
Engineering Web Tools
Interactive browser tools for aerodynamics, fluid dynamics, reliability analysis, thermodynamics, and mechanical vibration. They are built for students, classroom demonstrations, and practical engineering exploration.
All tools are educational approximations unless stated otherwise. Use them to build intuition, compare scenarios, and prepare questions before deeper analysis.
Live
AeroLab
Explore lift, drag, angle of attack, stall, air density, and wing geometry through a visual flight and airfoil learning lab.
- TeachesFlight and airfoil fundamentals
- InputsVelocity, angle of attack, altitude, wing geometry
- Classroom useRun guided experiments on lift, stall, and density effects
Live
Weibull Reliability Analyzer
Plot failure-time data, estimate Weibull parameters, and interpret reliability metrics such as shape, scale, MTTF, and B10 life.
- TeachesReliability engineering and life-data interpretation
- InputsFailure times, censoring choices, plotting settings
- Classroom useCompare datasets and explain early-life versus wear-out behavior
Live
Undergraduate Thermodynamics Tutor
Teach undergraduate thermodynamics with guided explanations, concept checks, and browser-based activities for core engineering topics.
- TeachesUndergraduate thermodynamics fundamentals and engineering intuition
- InputsLearning topics, example conditions, and guided problem settings
- Classroom useSupport lectures, tutorials, practice sessions, and concept review
Live
Mechanical Vibration Analyzer
Analyze mechanical vibration behavior, explore system response, and connect vibration concepts to practical engineering diagnosis and learning.
- TeachesMechanical vibration fundamentals and response interpretation
- InputsSystem parameters, excitation, damping, and response settings
- Classroom useCompare vibration scenarios and discuss resonance, damping, and dynamic response
Live
FlowLab: Aerodynamics & Fluid Dynamics Tutor
Teach undergraduate aerodynamics and fluid dynamics with browser-based activities, guided explanations, and practical flow concepts.
- TeachesUndergraduate aerodynamics and fluid dynamics fundamentals
- InputsFlow conditions, geometry, and guided problem settings
- Classroom useSupport lectures, tutorials, concept checks, and flow-physics discussions