////////////////////////////////////////////////////////
// Default Armor Config - Do Not Change
////////////////////////////////////////////////////////

ARMOR
{
    name = def // do not change this!
	Density = 7850 //in kg/m3
	Strength = 840 // Ultimate Tensile Strengh, in MPa
	Hardness = 1176 // in MPa, using Brinell
	Yield = 700 // Yield Strength, in MPa
	YoungModulus = 200 // Young Modulus, in GPa
	Ductility = 0.15 //measure of deformation/elongation; 0 is Ceramic, 1 is rubber
	Diffusivity = 48.8 //ability to diffuse thermal energy - laser resist
	SafeUseTemp = 1694 // in Kelvin, safe-use temperature. Above this temp strength decreases
	radarReflectivity = 1 //radar absorbsion, 0-1 scale, 0 is full radar absorbsion, 1 is full reflectivity
	Cost = 100 //cost per cubic meter
}

////////////////////////////////////////////////////////
// End Default Armor Config
////////////////////////////////////////////////////////
ARMOR
{
    name = None //based off of Aluminium, since most parts assumed to be made if it
	Density = 2700 //hardcoded overide, armor of type None will add 0 mass to part
	Strength = 200
	Hardness = 300
	Yield = 110
	YoungModulus = 70
	Ductility = 0.60
	Diffusivity = 237
	SafeUseTemp = 993
	radarReflectivity = 1 
	Cost = 400
}

ARMOR
{
    name = Mild Steel //more or less analogous to legacy armor
	Density = 7850
	Strength = 940
	Hardness = 1176
	Yield = 700
	YoungModulus = 200
	Ductility = 0.15
	Diffusivity = 48.8
	SafeUseTemp = 1694
	radarReflectivity = 1
	Cost = 250
}

ARMOR
{
    name = Titanium 
	Density = 4506
	Strength = 552 
	Hardness = 2000
	Yield = 330
	YoungModulus = 116
	Ductility = 0.58 
	Diffusivity = 22
	SafeUseTemp = 703 //Titanium loses tensile strength above 430 C
	radarReflectivity = 1
	Cost = 5000
}

ARMOR
{
    name = Beryllium
	Density = 1850
	Strength = 370
	Hardness = 1320
	Yield = 240
	YoungModulus = 287
	Ductility = 0.07 
	Diffusivity = 200
	SafeUseTemp = 1830
	radarReflectivity = 1 
	Cost = 8000
}

ARMOR
{
    name = Aramid Fibre
	Density = 1440
	Strength = 300
	Hardness = 10
	Yield = 300
	YoungModulus = 82.2
	Ductility = 0.035 
	Diffusivity = 0.04
	SafeUseTemp = 770
	radarReflectivity = 1.1
	Cost = 10000
}

ARMOR
{
    name = S-Glass Composite
	Density = 1800 //2480 for raw S-Glass fibre
	Strength = 274.6 //4710 for raw fibre
	Hardness = 780
	Yield = 274.6
	YoungModulus = 93
	Ductility = 0.015 //will fail catastrophically if stressed past tolerance //0.98 Y/T
	Diffusivity = 1.35
	SafeUseTemp = 470 //resins vulnerable to heating, 1470 for raw fibre
	radarReflectivity = 1.2 //something something fiberlgass transparent to radar and letting sub-surface structure be reflected
	Cost = 6600
}

ARMOR
{
    name = Depleted Uranium
	Density = 19000
	Strength = 1720
	Hardness = 3850
	Yield = 965
	YoungModulus = 170
	Ductility = 0.15 
	Diffusivity = 12
	SafeUseTemp = 1623
	radarReflectivity = 1
	Cost = 21000
}

ARMOR
{
    name = Armor Aluminium // Aluminium 7039
	Density = 2740
	Strength = 450
	Hardness = 300
	Yield = 380
	YoungModulus = 69.6
	Ductility = 0.12
	Diffusivity = 58
	SafeUseTemp = 644
	radarReflectivity = 1
	Cost = 600
}
ARMOR
{
    // Based on https://www.laird.com/sites/default/files/2021-10/RFP-DS-BSR%20MFS%2022092021.pdf
    // List of other RAM products here: https://www.laird.com/sites/default/files/2023-02/Brochure-%20Absorber%20Infosheet_Military_Aerospace.pdf
    name = Radar Absorbent Coating
    Density = 4200
    Strength = 5
    Hardness = 514 // ~70 Shore hardness
    Yield = 8 // Best guess from https://www.matweb.com/search/DataSheet.aspx?MatGUID=cbe7a469897a47eda563816c86a73520&ckck=1
    YoungModulus = 0.1 // Best guess from https://www.matweb.com/search/DataSheet.aspx?MatGUID=cbe7a469897a47eda563816c86a73520&ckck=1
    Ductility = 0.5
    Diffusivity = 4 // best guess from https://ui.adsabs.harvard.edu/abs/2020IJT....41...12J/abstract
    SafeUseTemp = 443
    radarReflectivity = 0.1 // Will need to balance this, corresponds to -10 dB
    Cost = 40000
}
