Thermal Analysis: Sources for Design & Study | Aerospace Engineering

In summary, the conversation discusses the search for online sources and resources related to thermal analysis and design, specifically in the field of aerospace engineering. The topic of heat transfer and its applications in energy and propulsion systems is also mentioned. Some examples of thermal analysis systems and software are provided, as well as a suggestion for a website that may be helpful. The main request is for resources that cover the fundamentals of thermal control and its components, as well as thermal modeling.
  • #1
Baltistani
28
0
Hi Friends
I am a student of aerospace engineering and much more interested in the thermal analysis
I need online sources for thermal analysis and design. please help me in finding some good sourses
 
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  • #2
Baltistani said:
I am a student of aerospace engineering and much more interested in the thermal analysis
I need online sources for thermal analysis and design. please help me in finding some good sourses
Even thermal analysis is a broad topic.

Heat transfer is involved in many types of energy/propulsion systems.

Starting at the low end, spacecraft (in the vicinity of sun/star, electronic components and astronauts need to be cooled.)

For energy systems, one could choose a number of thermodynamic cycles (e.g. Rankine, Brayton, or Stirling). On a planet, one could reject heat into the ground, or atmosphere, or radiate it to space.

Heat pipes are one method of heat transfer.

Here are some examples and thermal analysis systems -
Thermal Analysis (STARe System)

http://www.betasoft-thermal.com/

North American Thermal Analysis Society - see the Publications link

General thermal analysis software is commercially available, otherwise one must write one's own code based on the numerical solution of relevant partial differential equations related to heat transfer.
 
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  • #3
Hi there:

You can check out the following URL to get some quick help:
http://members.aol.com/engware/free

Thanks,

Gordan
 
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  • #4
Thanka a lot for your responses.
What I am searching for is any resource containing books and reports which would be helpful to me in understanding what thermal control actually is. What are the components and thermal modeling.
Please let me know if you have any such resources.

RegardsBaltistani
 

1. What is Thermal Analysis and why is it important in Aerospace Engineering?

Thermal Analysis is a process of studying the behavior and distribution of heat in a system. In Aerospace Engineering, it is crucial to understand the thermal effects on various components and materials to ensure safety and effectiveness of aircraft and spacecraft designs.

2. What are the common sources of thermal load in Aerospace Engineering?

The most common sources of thermal load in Aerospace Engineering include solar radiation, atmospheric heating, engine heat, frictional heating, and electrical heating.

3. How is Thermal Analysis used in the design of aerospace structures?

Thermal Analysis is used in the design of aerospace structures to determine potential hotspots, temperature gradients, and thermal stresses that may affect the performance and durability of the components. It also helps in selecting suitable materials and designing effective thermal protection systems.

4. What are the different types of Thermal Analysis techniques used in Aerospace Engineering?

There are several types of Thermal Analysis techniques used in Aerospace Engineering, such as steady-state analysis, transient analysis, finite element analysis, and computational fluid dynamics. Each technique has its own advantages and is used depending on the specific requirements of the design and study.

5. How does Thermal Analysis contribute to the overall safety of aircraft and spacecraft?

Thermal Analysis plays a crucial role in ensuring the safety of aircraft and spacecraft by identifying potential thermal issues that could lead to malfunctions or failures. It also helps in optimizing the design and selecting appropriate materials to withstand the extreme thermal conditions experienced in flight.

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