Aerospace Thermal Management
Defense & Aerospace Thermal Management
Uncover your composite & component temperature monitor
The aerospace and defense (A&D) sectors are home to crucial processes that cover the design, development and maintenance of aircraft, spacecraft, satellites and other defense operations. Safety, performance, reliability and structural integrity are all key driving factors for the need for temperature monitoring in this field.
Two crucial processes within the aerospace thermal management requirements are component and composite material monitoring. The application covers both commercial and governmental projects, which means regulatory compliance can be enforced by bodies such as the International Air Transport Association, the Ministry of Defense and the Association of Defence and Security Industries.
The industry is set to grow in the coming years with both private and public sector investment facilitating maintenance, repairs, innovation, AI, digital technologies and much more. At the centre of the operations and manufacturing/development is aerospace thermal management.
Not only do all materials used by organisations in the A&D sector require careful storage and manufacturing stability, but additionally, the various hardware, mechanical, electrical, or electronic components that are utilised must also operate within strict thermal limits.
Withnell Sensors has extensive knowledge of serving the A&D sector and offers a variety of market-leading brands to help establish an advanced aerospace thermal management system. DataTrace is a great example of high-precision temperature logging capabilities that can withstand harsh conditions.
Crucial disciplines of aerospace thermal management
Component Temperature Monitor
From jet engines to avionics, power systems to missiles, the use of electric and mechanical components is vast in the aerospace and defense sector. Turbines, compressors, control systems, processing systems, batteries and converters, are just some of the various components that make up the crafts and defense solutions we see.
To ensure that a component is functioning reliably and accurately, the temperature must be closely monitored. Without such background monitoring and aerospace thermal management, there is a risk of overheating, thermal fatigue, system failures and much more incidents which can put the public and the operators in danger.
Having a continuous and reliable temperature monitoring system will help with assessing the reliability and performance of various components. A component temperature monitor will also provide various real-time records to highlight preventative and predictive maintenance. Data can outline real-time issues and ensure that a craft achieves airworthiness certification or mission assurance.
A good component temperature monitor can come in the form of a data logger. The logger, however, must be able to withstand the harsh conditions and environments of the A&D industry.
Material Testing & Composite Temperature Monitoring
Alongside hardware and electrical/mechanical systems, there is also an abundance of materials that require strength, resilience, proper manufacturing and storage as well as structural assurance. Composite materials are widely used in the A&D sector because of their strength-to-weight ratio. Common types of composite materials include:
- CFRP - carbon fibre-reinforced polymers
- Glass fibres plastics
- Ceramic matrix and ceramic-metal composites
The manufacturing of such materials is a crucial temperature monitoring application since it can often involve autoclaving and curing via ovens. These two aspects of the manufacturing process will include autoclave validation and an oven temperature logger.
Testing these materials can detect potential issues during exposure to thermal stress. With aerospace thermal management processes, the aim is to identify cracking, degradation or delamination of the composites when treated with excessive heat. This type of stress testing will consequently help to identify the best materials and improve safety during flight.
Important aspects of aerospace thermal management
The important aspects of thermal management in aerospace can be different from other applications where the aim is to always keep things cool and stable, typically at lower temps. When it comes to aviation, military applications and other aspects of aerospace and defense, keeping heat in the right areas is just as important as ensuring it is lost in other areas.
Controlling temperatures in this instance is not only about monitoring to ensure heat doesn't rise too much but also that it doesn't drop too low. Heat often needs to be retained in certain areas to ensure proper performance, as well as dissipated in another environment.
For example, spacecrafts are often tested in both extremely high and low temperatures to ensure they can properly manage where heat goes. Drones are also critically investigated against both hot and cold temperatures since they need to be kept warm enough to function at high altitudes.
Properly managing these different aspects of thermal conditions requires a dynamic and precise temperature monitoring system. With extreme conditions a compact, high-performance data logger is the ideal avenue for real-time continuous monitoring.
DataTrace supplies a range of pressure data loggers and aerospace temperature monitors to ensure intrinsically safe operations of logging data records. This brand is ideal for high-temperature processes and is extremely resilient to harsh conditions and pressures. With powerful, multifunctional software and self-contained wireless loggers, the DataTrace range is ideal for critical applications.
