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add thirteen new materials

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Daniel Weschke
2019-02-19 15:55:20 +01:00
parent 9850422d90
commit 7df506a754
15 changed files with 327 additions and 4 deletions
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23
src/data/Cu.json Executable file
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{
"Name": "Copper",
"Name_de": "Kupfer",
"Formula": "Cu",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [8920, "kg/m³"],
"E": ["115±15", "GPa"],
"G": [48, "GPa"],
"K": [140, "GPa"],
"nu": "0.345±5‰",
"Hardness": {
"HM": 3,
"HB": [874, "MPa"],
"HV": [369, "MPa"]
}
},
"Thermodynamic Properties": {
"Crystal": {
"lambda": [400, "W/m/K"]
}
}
}

27
src/data/Cu99.95.json Executable file
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{
"Name": "Cu99.95",
"Formula": "Cu99.95",
"Standard": {
"ISO": "Cu-OF, CW008A",
"WERKSTOFFNUMMER": "OF-Cu, 2.0040",
"ASTM": "C10200",
"Type": "Pure copper"
},
"Mechanical Properties": {
"Vacuum": "yes"
},
"Source": [
{
"Type": "Web",
"URL": "http://www.steelnumber.com/en/steel_alloy_composition_eu.php?name_id=1263"
},
{
"Type": "Web",
"URL": "https://www.aurubis.com/binaries/content/assets/aurubisrelaunch/files/datenblatter/cu-of/cu-of-c10200_de.pdf"
},
{
"Type": "Web",
"URL": "https://www.alcumet.de/daten/Datenblatt%20-%20OF-Cu%20-%20CW008A.pdf"
}
]
}

22
src/data/Cu99.99.json Executable file
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{
"Name": "Cu99.99",
"Formula": "Cu99.99",
"Standard": {
"ISO": "Cu-OFE, CW009A",
"ASTM": "C10100",
"Type": "Pure copper"
},
"Mechanical Properties": {
"Vacuum": "yes"
},
"Source": [
{
"Type": "Web",
"URL": "http://www.mkm.eu/files/pdfs/MKMHE_Factsheet%20CU-OFE%20C10100_EN_V03.pdf"
},
{
"Type": "Web",
"URL": "https://www.kupferinstitut.de/fileadmin/user_upload/kupferinstitut.de/de/Documents/Shop/Verlag/Downloads/Werkstoffe/Datenblaetter/Kupfer/Cu-OFE.pdf"
}
]
}

23
src/data/CuP0.005.json Executable file
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{
"Name": "CuP0.005",
"Formula": "CuP0.005",
"Standard": {
"ISO": "Cu-HCP, CW021A",
"WERKSTOFFNUMMER": "SE-Cu, 2.0070",
"ASTM": "C10300",
"Type": "Pure copper"
},
"Mechanical Properties": {
"Vacuum": "yes"
},
"Source": [
{
"Type": "Web",
"URL": "http://www.steelnumber.com/en/steel_alloy_composition_eu.php?name_id=1274"
},
{
"Type": "Web",
"URL": "https://www.abmkupral.hu/letoltes/certec/Cu-HCP.pdf"
}
]
}

23
src/data/CuP0.03.json Executable file
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{
"Name": "CuP0.03",
"Formula": "CuP0.03",
"Standard": {
"ISO": "Cu-DHP, CW024A",
"WERKSTOFFNUMMER": "SF-Cu, 2.0090",
"ASTM": "C12200",
"Type": "Pure copper"
},
"Mechanical Properties": {
"Vacuum": "yes"
},
"Source": [
{
"Type": "Web",
"URL": "http://www.steelnumber.com/en/steel_alloy_composition_eu.php?name_id=1280"
},
{
"Type": "Web",
"URL": "https://www.abmkupral.hu/letoltes/certec/Cu-DHP.pdf"
}
]
}

18
src/data/FeC0.02Cr17Ni13Mo3.json Executable file
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{
"Name": "FeC0.02Cr17Ni13Mo3",
"Formula": "FeC0.02Cr17Ni13Mo3",
"Standard": {
"ISO": "X2CrNiMo17-13-3",
"WERKSTOFFNUMMER": "1.4429",
"SAE": "316LN",
"Type": "Austenitic stainless steel grades"
},
"Electromagnetic Data": {
"mu_r": ["<=1.005"]
},
"Mechanical Properties": {
"T": ["20-25", "°C"],
"Vacuum": "yes",
"Annotation": "Usually not available as sheet metal. For safety-related components that can not be cleaned regularly or are wetted by water."
}
}

17
src/data/FeC0.02Cr18Ni14Mo3.json Executable file
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{
"Name": "FeC0.02Cr18Ni14Mo3",
"Formula": "FeC0.02Cr18Ni14Mo3",
"Standard": {
"ISO": "X2CrNiMo18-14-3",
"WERKSTOFFNUMMER": "1.4435",
"SAE": "316L",
"Type": "Austenitic stainless steel grades"
},
"Electromagnetic Data": {
"mu_r": ["<=1.005"]
},
"Mechanical Properties": {
"T": ["20-25", "°C"],
"Vacuum": "yes"
}
}

9
src/data/INFO.json
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@@ -10,6 +10,7 @@
"EN-AW": "DIN EN 573-3 Standard Aluminium and aluminium alloys",
"WERKSTOFFNUMMER": "DIN Werkstoffnummer",
"SAE": "AISI/SAE steel grade. The 'L' in SAE grades means that the carbon content of the alloy is below 0.03%.",
"ASTM": "ASTM International (American Society for Testing and Materials)",
"Type": [
"Aluminium:",
"- Pure aluminium",
@@ -18,7 +19,9 @@
"Steel:",
"- Austenitic stainless steel grades",
"- Martensitic stainless steel grades",
"- Ferritic stainless steel grades"
"- Ferritic stainless steel grades",
"Copper:",
"- Pure copper"
]
},
"Mol. weight": "Molecular weight (relative molar mass)",
@@ -58,8 +61,8 @@
"R_p02": "load corresponding to a no proportional charge equal to a 0.2% of length L_0",
"R_p10": "load corresponding to a no proportional charge equal to a 1% of length L_0"
},
"R_m": "Ultimate tensile strength; it is the ratio between the maximum applied force and the original cross-sectional area of the specimen",
"R_m'": "Compressive strength, resistance to pressure",
"R_m": "(aka Flexural strength for brittle materials, de: Biegefestigkeit) Ultimate tensile strength; it is the ratio between the maximum applied force and the original cross-sectional area of the specimen",
"R_m'": "(de: Druckfestigkeit) Compressive strength, resistance to pressure",
"Elongation": {
"A": "permanent elongation of length L_0, expressed in per cent of length L_0",
"A_0": "permanent elongation for proportional specimens with length L_0 equal to 100 mm (used for diameter lower than 4 mm)",

12
src/data/Mo.json Executable file
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{
"Name": "Molybdenum",
"Name_de": "Molybdän",
"Formula": "Mo",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [10280, "kg/m³"],
"Hardness": {
"HM": 5.5
}
}
}

22
src/data/Ni.json Executable file
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{
"Name": "Nickel",
"Formula": "Ni",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [8908, "kg/m³"],
"E": [200, "GPa"],
"G": [76, "GPa"],
"K": [180, "GPa"],
"nu": 0.31,
"Hardness": {
"HM": 4,
"HB": [700, "MPa"],
"HV": [638, "MPa"]
}
},
"Thermodynamic Properties": {
"Crystal": {
"lambda": [90.9, "W/m/K"]
}
}
}

22
src/data/Pb.json Executable file
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{
"Name": "Lead",
"Name_de": "Blei",
"Formula": "Pb",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [11340, "kg/m³"],
"E": [16, "GPa"],
"G": [5.6, "GPa"],
"K": [46, "GPa"],
"nu": 0.44,
"Hardness": {
"HM": 1.5,
"HB": [38.3, "MPa"]
}
},
"Thermodynamic Properties": {
"Crystal": {
"lambda": [35.3, "W/m/K"]
}
}
}

75
src/data/Plutonit-Gabbro-Impala.json Executable file
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{
"Name": "Gabbro Impala",
"Standard": {
"Type": "Plutonit-Gabbro-Norite-Impala"
},
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [2.9, "kg/dm³"],
"E": ["75±15", "GPa"],
"R_m": ["17.5±7.5", "MPa"],
"R_m'": ["<250", "MPa"],
"Hardness": {
"HM": 7.5,
"HB": [2570, "MPa"],
"HV": [3430, "MPa"]
}
},
"Thermodynamic Properties": {
"Crystal": {
"alpha": ["6±1", "µm/m/K"],
"lambda": [3.0, "W/m/K"],
"cp": [845, "J/kg/K"]
}
},
"Source": [
{
"Type": "Web",
"URL": "https://en.wikipedia.org/wiki/Intrusive_rock"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Magmatisches_Gestein"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Plutonit"
},
{
"Type": "Web",
"URL": "https://en.wikipedia.org/wiki/Mafic"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Mafische_Minerale"
},
{
"Type": "Web",
"URL": "https://en.wikipedia.org/wiki/Gabbro"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Gabbro"
},
{
"Type": "Web",
"URL": "https://en.wikipedia.org/wiki/Norite"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Norit"
},
{
"Type": "Web",
"URL": "https://de.wikipedia.org/wiki/Impala_(Naturstein)"
},
{
"Type": "Web",
"URL": "http://www.oelze.de/en/construction-features"
},
{
"Type": "Web",
"URL": "http://www.oelze.de/_internal/style/frontend/pdf/OELZE_Katalog.pdf"
}
]
}

13
src/data/Ta.json Executable file
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{
"Name": "Tantalum",
"Name_de": "Tantal",
"Formula": "Ta",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": [16650, "kg/m³"],
"Hardness": {
"HM": 6.50,
"HV": ["90±30", "MPa"]
}
}
}

23
src/data/W.json Executable file
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{
"Name": "Tungsten",
"Name_de": "Wolfram",
"Formula": "W",
"Mechanical Properties": {
"T": ["20-25", "°C"],
"rho": ["19275±25", "kg/m³"],
"E": [411, "GPa"],
"G": [161, "GPa"],
"K": [310, "GPa"],
"nu": 0.28,
"Hardness": {
"HM": 7.5,
"HB": [2570, "MPa"],
"HV": [3430, "MPa"]
}
},
"Thermodynamic Properties": {
"Crystal": {
"lambda": [173, "W/m/K"]
}
}
}

2
src/data/example.json
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@@ -28,7 +28,7 @@
"E": [70, "GPa"],
"G": [26, "GPa"],
"K": [70, "GPa"],
"nu": 0.35,
"nu": "0.345±5‰",
"Yield strength": {
"R_p": ["110-130", "MPa"],
"R_p02": ["110-130", "MPa"]