Tribometer Design: Improving Friction Measurement Accuracy
The coefficient of friction (COF) is a critically important parameter used to characterize and predict the…
How Does the Tribometer Work?
Friction and wear are ubiquitous phenomena that affect almost every mechanical system. The performance and durability…
How Does a Refractometer Work ?
You’ll see a few common types in action: handheld analog units, digital benchtop models, inline process…
The Power of Refraction: Understanding Refractometers
Refractometers, versatile optical devices, can quantify the refractive index by measuring the extent to which light…
Recent Advances and Innovations in Refractometer Technology
Refractometers have long been invaluable tools for measuring refractive index and using the principles of refraction…
Simulated Roads: Chassis Dynamometers and Real-World Conditions
From hot rods to hybrids, chassis dynamometers are utilized across the automotive industry to test vehicle…
Revving Up Performance Testing: How Dynamometers Work
The roar of high-performance engines echoed through the arena as race teams fine-tuned their machines before…
How does the dynamometer work ?
Dynamometers, versatile measurement instruments, are indispensable across a multitude of industrial applications. They play a crucial…
Tracing the History of Aerometers from Old to New
While the term ‘aerometer’ may be unfamiliar to you, this unsung hero has been a cornerstone…
The Aerometer’s Purpose: Measuring Air Density and Velocity
While infamous weather instruments like thermometers and barometers are widely recognized, the obscure aerometer plays an…