Dierk-raabe.com receives about 13848 visitors in one month. That could possibly earn $69.24 each month or $2.31 each day. Server of the website is located in Germany. Dierk-raabe.com main page was reached and loaded in 1.15 seconds. This is a good result. Try the services listed at the bottom of the page to search for available improvements.
Is dierk-raabe.com legit? | |
Website Value | $1247 |
Alexa Rank | 545468 |
Monthly Visits | 13848 |
Daily Visits | 462 |
Monthly Earnings | $69.24 |
Daily Earnings | $2.31 |
Country: Germany
Metropolitan Area: Not defined
Postal Reference Code: Not defined
Latitude: 51.2993
Longitude: 9.491
HTML Tag | Content | Informative? |
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Title: | Materials science, atom probe tomography, steel, crystal plasticity, simulation, alloy design, EBSD, Dierk Raabe. computational materials science,multiphase, TWIP, TRIP, twin,multiscale, | |
Description: | Dierk Raabe, steel, Computational Materials Science, Crystal Plasticity, EBSD, cellular automaton, complexion, phase transformation, constitutive model, DP steel, metallurgy, magnesium, alloy design, simulation, alloy, grain boundary, 3D EBSD, atom probe, weight reduced steel, low density steel, | |
H1: | Welcome | Is it informative enough? |
H2: | Search this website | Is it informative enough? |
Results will appear here |
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/search-this-website/: | |
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Title |
Dierk Raabe search contents, simulation, modeling, EBSD, ECCI, atom probe, steel, high entropy alloy |
Description |
DP steel, chitin, simulation, cellular automata, crystal plasticity, EBSD, atom probe tomography, 3D EBSD, solar cells, segregation, low density steel, Dierk Raabe, steel, Computational Materials Science, Crystal Plasticity, EBSD, cellular automaton, complexion, phase transformation, constitutive model, DP steel, metallurgy, magnesium, alloy design, simulation, alloy design, grain boundary |
H1 |
Search Dierk Raabe's site |
H2 |
search on Academia.edu |
/useless-information-about-materials/: | |
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Title |
metallurgy, alloys, metals, materials science, facts, fun, stories, tales |
Description |
dislocations, alloy design, metallurgy, maraging steel, DP steel, Dierk Raabe, Computational Materials Science, Crystal Plasticity, EBSD, cellular automaton, complexion, phase transformation, constitutive model, DP steel, metallurgy, magnesium, alloy design, simulation, alloy, grain boundary, 3D EBSD, atom probe, low density steel, nanotwin, martensite, solar cells, metallurgy, alloys, metals |
H1 |
Useless information about materials |
/why-we-need-strong-materials/: | |
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Title |
high strength steel, crash, animated gif, materials science,simulation, modeling, EBSD, ECCI, atom probe, steel, |
Description |
materials science, damage, steel, structural materials, alloys, metals, strength, Dierk Raabe, simulation, atom probe tomography, microstructure, crystal plasticity, computational materials science, alloy design,segregation, dislocations, alloy design, metallurgy, maraging steel, DP steel, Dierk Raabe, Computational Materials Science, Crystal Plasticity, EBSD, cellular automaton, complexion, phase |
H1 |
Why we need strong and ductile materials |
/teaching/: | |
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Title |
students, Dierk Raabe, cl notes, crystal plasticity, texture, micromechanics [censored]
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Description |
alloy design, crystal plasticity, materials science, mechanics, micromechanics, dislocation dynamics, DD, cellular automata, recrystallization, yield surface, texture, dual phase steel, magnesium, ab initio, ICME, steel design, microstructure, computational materials science, complexion, phase transformation, constitutive model, DP steel, metallurgy, alloy design, simulation, alloys |
H1 |
Teaching, cl es, information for students [censored]
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H2 |
Cl Notes Micromechanics 2015 [censored]
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/dramatic-material-failure/: | |
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Title |
high strength steel, crash, animated gif, materials science, material failure |
Description |
materials science, damage, steel, structural materials, alloys, metals, strength, Dierk Raabe, simulation, atom probe tomography, microstructure, crystal plasticity, computational materials science, alloy design,segregation |
H1 |
Dramatic events caused by materials failure |
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