Susceptibility

In the aerospace context, susceptibility refers to the degree to which a vehicle, system or component is vulnerable or likely to be affected by a particular threat or hazard.

It can be used to evaluate the potential impact of various factors such as electromagnetic interference, extreme temperatures, or other environmental conditions on the performance and reliability of aerospace systems and equipment.

Examples of susceptibility in the aerospace context include:

• Electromagnetic susceptibility: This refers to the degree to which an aerospace system or component is vulnerable to interference from electromagnetic fields, such as those generated by radio transmitters or other electronic devices. For example, aircrafts are susceptible to electromagnetic interference and must be designed to minimize this susceptibility.

• Thermal susceptibility: This refers to the degree to which an aerospace system or component is vulnerable to extreme temperatures, such as those encountered during launch or reentry. For example, spacecrafts are susceptible to thermal stress and must be designed to withstand these temperatures.

• Micrometeoroid susceptibility: This refers to the degree to which an aerospace system or component is vulnerable to impact damage from micrometeoroids, small particles that travel through space. For example, spacecrafts are susceptible to micrometeoroid impact and must be designed to protect against this hazard.

• Environmental susceptibility: This refers to the degree to which an aerospace system or component is vulnerable to other environmental hazards such as extreme vibrations, thermal cycles, and pressure changes. For example, aircrafts are susceptible to these hazards and must be designed to withstand them.

In summary, susceptibility in the aerospace context refers to the degree to which a vehicle, system or component is vulnerable or likely to be affected by a particular threat or hazard, examples include electromagnetic susceptibility, thermal susceptibility, micrometeoroid susceptibility and environmental susceptibility.