National Thermal Engineers Day
National Thermal Engineer Day 2020: National Thermal Engineer Day is observed on 24 July to recognize the work of thermal engineers in day-to-day life. Get information about the history of National Thermal Engineer Day, Thermal Engineering details from this article.
National Thermal Engineer Day 2020
National Thermal Engineer Day is celebrated on 24 July to appreciate the contribution of thermal engineers in daily life. Electronics thermal management is critical for its longevity and reliable operation. But thermal engineers do not get recognition for their work. Engineers working either in consumer electronics, large data centers, or in aerospace electronics or biomedical contribute to the core of technological development for the country. This development does not work without thermal engineers.
Thermal engineers solve complex systems and develop solutions. They mainly work on the mechanical side but they also coordinate with other departments. By incorporating communication and organizational skills, thermal engineers ensure a smooth operation. Their efforts create efficient and innovative infrastructure.
Electronics thermal management is important for its longevity and reliable operation. Yet thermal engineers who make it possible receive very little without any recognition. The market segment doesn't matter either. They may work in consumer electronics, large data centers or state-of-the-art biomedical or aerospace electronics. Either way, they contribute to the cornerstone of our country's technological progress. Without thermal engineers, modern life does not work.
What are the Thermal Engineering?
Thermal engineering is concerned with the movement of heat energy transfer. The applications of thermal engineering are listed below:
- Heating, Ventilation, and Air Conditioning (HVAC)
- Cooling of computer chips
- Boiler design
- Process Fired Heaters
- Solar heating
- Combustion engines
- Thermal power plants
- Cooling systems
- Heat exchangers
Thermal Engineering is a specialized sub-discipline of mechanical engineering which deals with heat energy and its transfer to other usable forms of energy, not only between different mediums.
A thermal engineer will be provided with the skills to design and process systems to transform generated energy from various thermal sources into chemical, mechanical, or electrical energy depending on the task at hand. Thermal Engineers are naturally specialists in all areas of heat transfer.
As specially trained professionals, thermal engineers develop solutions to complex systems. While their focus may be on the mechanical, thermal engineers coordinate with other specialties, too. By combining communication and organizational skills, these specialists ensure operations continue to run smoothly. On a project, these skills bring a project to an economical and timely resolution. Their efforts create more efficient and innovative infrastructure. The results of their efforts are all around us every day.
Most process plants (e.g. power plants, oil refineries, plastics manufacturing plants, etc.) contain numerous components and systems that must be designed with terms of their heat transfer; it is particularly necessary to ensure that not too much heat is stored so that the device or process is not disturbed. A thermal engineer must make sure that enough heat is generated in the process or system and use it wisely.