SolidWorks / COSMOS Design Validation: Accelerate new product development Switch to alternate or cheaper material Reduce Prototyping costs Improve product quality and performance Enhance reliability
Category: Mechanical Engineering
Latest Mechanical Seminar Topics Mechanical Engineering Mechanical Projects Mechanical Seminar Topics
Pen Ink Refill | Spiral Tube Ink Refilling | Double Ink Capacity Ball Point Pens
A ballpoint pen is a writing instrument with an internal ink reservoir and a sphere for a point. The internal chamber is filled with a
This Jetpack consists of a built-in gasoline engine driving twin ducted fans which produce sufficient thrust to lift the aircraft and a pilot in
Augmented Reality (AR) is a new technology that involves the overlay of computer graphics on the real world. AR is within a more general
Latest Automobile Technology Latest Interview Questions & Answers Latest Mechanical Seminar Topics Mechanical Engineering Mechanical Projects Mechanical Vibration
Magnetic Bearing Technology | Floating Rotors | Direct Drive System Technologies For High Power Machines
Magnetic bearings have been utilized by a variety of industries for over a decade with benefits that include non-contact rotor support, no lubrication and no
Virgin Group chairman, adventurer and billionaire Sir Richard Branson, after having set his sights on commercial space travel through his Virgin Galactic, is now targeting
In renewable power generation the wind energy has been noted as the most rapidly growing technology; it attracts interest as one of the most cost-effective
Latest Mechanical Seminar Topics Mechanical Engineering Mechanical Projects Mechanical Seminar Topics Renewable Energy Top 10 Wind Turbine in USA
WindVAR Technology | Wind Volt-Amp-Reactive | Various Wind Power Generator Technologies
Today through Wind Volt-Amp-Reactive (“WindVAR”) electronics, voltage is controlled and regulated in real-time. Similar to conventional utility generator, WindVAR supplies reactive power to the grid
It is common practice to size the machine elements, so that the maximum design stress is below the UTS (Ultimate Tensile Stress) or yield stress
When an element is stretched in one direction, it tends to get thinner in the other two directions. Hence, the change in longitudinal and lateral