Mohammad,

This is a huge topic - and it would help to know whether you are;

a) trying to make/study materials in one specific field (say, high strength, low thermal conductivity materials for heat shields)

or

b) trying to make a synthesis of the state of the art *overall* and place that in the context of materials for terrestrial applications.

or

c) etc.

First of all, developing materials for aerospace industry requires years of work and millions of euros. What is your goal with this work? What materials are you working with, metals or composites? Are you working with any aerospace company?

Dear Mohammad

For example, work in areas such as the following:

1- Finding resistant and light materials for modern airplanes

2- Establishing stability when changing the shape of materials due to aerodynamic forces

3- memory materials

4- Finding stealthy anti-radar coatings for stealth fighter planes

5- Composite materials with warp and weft in the same direction as the strain

6- Materials resistant to high thermal stresses for the combustion chamber

7- Steerable and controllable materials through electric commands

8- Structural materials that generate electrical energy from the sun

9- Aerodynamic coatings that reduce the effects of drag

10- Advantages of porous materials in aerodynamics

11- Nano materials in the manufacture of advanced materials for use in the body and engine of airplanes and spacecrafts

12- and many others...

James Garry Sir, I am trying to focus on Sensors for Aerospace Industry.***trying

Syntesis of Mxenese

David Forrestad Swensen Sir, Studying only.

Not focused on work yet.

Trying to finish the degree for now.

Planning to cope up myself in Aerospace Manufacturing Inddustry

Seyed Mohammad Mousavi Sir, Appreciate your responses.

I will try my best to follow your words.

Mohammad,

Ah, "MXenes" - for the wider readership, these are 2D layered inorganic molecular structures - they have a variety of interesting properties.

The titanium-carbides appear to be useful metal-like IR-reflectors, perhaps useful for emissivity control on spacecraft.

The synthesis of such compounds, though, appears to be rather uncoupled from their final application. That might be a tricky point to address meaningfully. A synthesis path for an industrial sensor substrate is the same as one for a sensor destined for space - broadly.

James Garry Sir, Appreciate your words.

Trying to focus on reading and thinking wider.

Mohammad,

I agree with Dr James Garry , because your question is a huge topic - and it would help to know whether you are;

The following topics that Dr James Garry wrote, is very objective.

Asking the permission to Dr James Garry , his brilliant text is rewritten here.

They are excellent a. you should choose one path at lest:

a) trying to make/study materials in one specific field (say, high strength, low thermal conductivity materials for heat shields, thermal barrier coatings, plasma spraying, laser processing of materilas)

or

b) trying to make a synthesis of the state of the art *overall*, listing references (Mendlay systemcan help your work) and place that in the context of materials for terrestrial applications.

or

c) etc.