I hear and I forget.
I see and I remember.
I do and I understand.
- Confucius
VMAP provides an end-to-end solution for academic institutions engaged in teaching basic and advanced courses in machine dynamics, vibration, rotor dynamics and control systems.
How can you use VMAP ?
- Vibration teaching
- Industrial consulting
- Testing services to industries
- Academic Research
What is VMAP ?
- VMAP is an experimental tool
- Visualization in VMAP helps clarify lot of concepts which are otherwise hard to explain in classroom
- It is a single platform to teach concepts like time domain analysis, frequency domain analysis, Octave Analysis experimentally
- Makes Vibration teaching-learning experience interactive and fun
Top Ten Reasons - Why a vibration lab in your college should have VMAP ?
- A continuous system has infinite degrees of freedom. VMAP can explain what this statement actually means.
- For those students who are wondering why the fourier tranform of a dirac delta function is unity, VMAP can help tremendously.
- You want to explain how sounds of various frequencies are created from the drumhead. Even after solving the 2-D wave equation on a stretched membrane using the differential equations, boundary conditions, and derivation of nodes and antinodes, it can be very intimidating. VMAP will be a fun way to teach these concepts.
- It is an excellent weapon to drive home concepts like coherence.
- It can be used to show the difference between 1/1 and 1/3 octave analysis.
- Damping is difficult to model but relatively easy to measure.
- Quarter-car models can be explained using VMAP in control systems and vibration classes.
- Structure-borne sound concepts can be explained using VMAP. Accelerometers come in all sizes and shapes but what to choose for the right application. Learn it using VMAP.
- The Sears tower has a tuned mass damper. Conduct an experiment to understand how any mass stacked on another mass cannot be the damper without the right tuning.