Breukgevoelige

Breukgevoelige is a Dutch term that translates to "break-sensitive" or "vulnerable to breaking" in English. It is used primarily in technical, industrial, and consumer contexts to describe materials, objects, or components that are susceptible to damage or fracture when subjected to certain stresses or impacts. The concept is important in fields such as manufacturing, construction, and product design, where the durability and safety of materials are critical considerations.

Materials classified as breukgevoelige typically include glass, ceramics, certain plastics, and brittle metals or alloys. These materials are characterized by their limited ability to deform plastically before fracturing, making them prone to cracking or breaking under stress. Understanding a material's breukgevoeligheid helps engineers and designers determine appropriate usage conditions, safety margins, and handling procedures to prevent accidents or failures.

In practical applications, awareness of breukgevoelige nature influences packaging, transportation, and installation methods to minimize the risk of breakage. For instance, fragile glassware or electronic components are often packaged with cushioning or shock absorbers to mitigate impact forces. Moreover, in safety-critical environments, materials with high breukgevoeligheid may be reinforced or replaced with more durable alternatives.

In summary, breukgevoelige describes the characteristic of a material or object that makes it prone to breaking under stress, emphasizing the need for careful handling and suitable design considerations to ensure longevity and safety.