Material Science at Technische Hochschule Ingolstadt

Flashcards and summaries for Material Science at the Technische Hochschule Ingolstadt

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Study with flashcards and summaries for the course Material Science at the Technische Hochschule Ingolstadt

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

How many different slip planes exist in a BCC structure? How many slip systems do result?

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Indicate the number of slip directions per slip plane and the total number of slip systems which can be found in a FCC structure.

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Compare BCC and FCC. Refer to packing density, number of slip systems, formability. Give reasons for possible differences.
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Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Which two metallic structures are obtained by different stapling of dense packed layers? Which staple sequences have to be held?

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Why do Austenite and Ferrite have different solubility?

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

How can alloying atoms be incorporated into a lattice? how does the size of the atoms influence the mode of incorporation?

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Why do grain boundaries impede plastic deformation?
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Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

What types of precipitation exist?

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What is the relation of the different types of precipitation to the host lattices?

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What is the interaction of the different types of precipitations with dislocations moving through the base material?

Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

What hardening measures are applicable even for pure metals?
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Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Indicate and describe two diffusion mechanisms within real crystals. which is apt for carbon atoms, which for iron atoms in steel?

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Exemplary flashcards for Material Science at the Technische Hochschule Ingolstadt on StudySmarter:

Material Science

How many different slip planes exist in a BCC structure? How many slip systems do result?
6 orientations of slip planes 12 systems 4 directions

Material Science

Indicate the number of slip directions per slip plane and the total number of slip systems which can be found in a FCC structure.
three slip directions per plane 12 slip systems

Material Science

Compare BCC and FCC. Refer to packing density, number of slip systems, formability. Give reasons for possible differences.
0,68 - 0,74 12 systems within close packed planes, no hexagonal planes - 12 systems in 4 hexagonal planes good, higher yield strength than FCC - very good, low yield strength

Material Science

Which two metallic structures are obtained by different stapling of dense packed layers? Which staple sequences have to be held?
HCP ABAB FCC ABCABC

Material Science

Why do Austenite and Ferrite have different solubility?
because Austenite has a FCC structure with octahedral interstices and Ferrite consists of two BCC cells ( with a tetrahedral interstice?)

Material Science

How can alloying atoms be incorporated into a lattice? how does the size of the atoms influence the mode of incorporation?
atoms at interstitial positions: small atoms are placed at interstitial positions substitutional atoms: similar atoms replace host atom at ordinary places of the lattice

Material Science

Why do grain boundaries impede plastic deformation?
dislocations cannot pass grain boundaries

Material Science

What types of precipitation exist?
coherent and non-coherent

Material Science

What is the relation of the different types of precipitation to the host lattices?
coherent: continuous lattice plane distortion of surrounding lattice - long range effect non-coherent: no continuous lattice plane no distortion

Material Science

What is the interaction of the different types of precipitations with dislocations moving through the base material?
coherent: transection of dislocations is possible under hampered conditions non-coherent: no transection

Material Science

What hardening measures are applicable even for pure metals?
grain size hardening

Material Science

Indicate and describe two diffusion mechanisms within real crystals. which is apt for carbon atoms, which for iron atoms in steel?
interstitial diffusion: foreign smaller atoms occupy interstitial places within solid solutions vacancy diffusion: atoms of the host lattice or foreign atoms of similar or bigger sizes occupy regular places within the lattice interstitial for carbon vacancy for iron

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