Younger readers may be surprised to hear that the word plastic was once synonymous with cheap. Maybe that’s why Dustin Hoffman’s character was famously given the career advice to get into plastics in the movie “The Graduate.”
Fatigue testing varies greatly from application to application. Below are some of the top six examples to showcase how fatigue testing has become invaluable in a range of industries.
They’re as common as dandelions in the spring, and as universal as a Swiss army knife. Sometimes they gather dust, condemned to a dark corner, other times they’re polished to a mirror finish from intensive everyday use. We’re talking, of course, about universal testing machines (UTMs).
As auto makers strive to meet increasingly stringent requirements for weight reduction with a range of high strength lightweight materials, many manufacturers are moving to a mixed materials environment.
The purpose of tensile or mechanical testing is to measure the effect of force on a particular material or component, or on the adhesive or fastener that bonds two materials together.
The mechanical testing of composite materials involves a range of test types, a plethora of standards, and the need to condition and test in a variety of different environments.
Composite materials are being used in an ever-increasing variety of products and applications, as more and more industries realize the benefits that these materials offer.
Ductility is defined as the
ability of a material to deform plastically before fracturing. Its measurement
is of interest to those conducting metal forming processes, to designers of
machines and structures, and to those responsible for assessing the quality of
a material as it is being produced.