Frangible definitions
| Word backwards | elbignarf |
|---|---|
| Part of speech | Adjective |
| Syllabic division | Fran-gi-ble |
| Plural | The plural of the word "frangible" is "frangibles". |
| Total letters | 9 |
| Vogais (3) | a,i,e |
| Consonants (6) | f,r,n,g,b,l |
Frangible materials are substances that are designed to break upon impact, often used in various industries for safety purposes. These materials are engineered to disintegrate into smaller, less harmful pieces when subjected to force, reducing the risk of injury or damage. Frangible materials play a crucial role in applications where controlled breakage is necessary to prevent accidents or mitigate risks.
Properties of Frangible Materials
Frangible materials possess specific attributes that make them ideal for certain applications. These materials are typically brittle and easily breakable, offering controlled fragmentation upon impact. They can be customized to break in a predictable manner, ensuring safety measures are met. Common frangible materials include certain types of glass, plastics, ceramics, and composites.
Applications of Frangible Materials
Frangible materials find use in a wide range of industries and applications. In aviation, frangible materials are used in runway lights and navigation aids to prevent damage to aircraft in case of collision. In shooting sports, frangible bullets disintegrate upon impact with hard surfaces, reducing the risk of ricochets. In automotive safety systems, frangible structures like guardrails absorb impact energy to minimize damage during accidents.
In the construction industry, frangible materials are employed in the design of breakaway utility poles and traffic signs to protect motorists in the event of a collision. In military applications, frangible targets simulate realistic combat scenarios while enhancing soldier safety. The versatility and reliability of frangible materials make them essential components in various safety-critical systems.
Advantages of Frangible Materials
One of the primary advantages of using frangible materials is their ability to reduce the severity of impacts, thereby lowering the risk of injuries and property damage. Frangible materials can be engineered to break at specific thresholds, providing a consistent level of protection. Additionally, these materials are cost-effective solutions for enhancing safety measures in different environments.
Frangible materials are designed to enhance safety and minimize risks in a variety of applications. With their controlled fragmentation properties and predictable breakage patterns, these materials are essential components in safety-critical systems across industries. Whether in aviation, sports, construction, or defense, frangible materials play a vital role in protecting lives and assets.
Frangible Examples
- The frangible glass shattered upon impact.
- The frangible material was designed to break easily in case of emergency.
- The frangible clay pigeons exploded when hit by the bullet.
- The frangible fence panels crumbled under the weight of the fallen tree.
- The frangible cookies were delicate and fell apart with a touch.
- The frangible acoustic tiles were easily damaged during installation.
- The frangible candy hearts broke in half when cracked open.
- The frangible ice sculptures melted quickly in the sun.
- The frangible foam packaging disintegrated when compressed.
- The frangible chocolate bar split into pieces when dropped on the floor.