Канал: MSE Frary

18 dislocation geometry

18 dislocation geometry

Dislocation muddiest points 2019

Dislocation muddiest points 2019

Strain energy release rate

Strain energy release rate

Plastic deformation of polymers

Plastic deformation of polymers

Time-dependent deformation of polymers

Time-dependent deformation of polymers

polymer structure and properties

polymer structure and properties

Elastic energy of dislocations (updated)

Elastic energy of dislocations (updated)

fatigue crack growth

fatigue crack growth

fatigue failure of metals

fatigue failure of metals

fatigue life relationships

fatigue life relationships

cyclic loading

cyclic loading

transformation toughening

transformation toughening

Toughening mechanism in ceramics

Toughening mechanism in ceramics

Weibull statistics example

Weibull statistics example

$statistical approach to fracture strength$

statistical approach to fracture strength

mechanical properties of ceramics

mechanical properties of ceramics

Creep mechanisms

Creep mechanisms

Phenomenology of creep

Phenomenology of creep

Dispersion strengthening

Dispersion strengthening

Precipitation hardening

Precipitation hardening

Strengthening metals and strain hardening

Strengthening metals and strain hardening

How to succeed in MSE 312

How to succeed in MSE 312

Introduction to MSE 312

Introduction to MSE 312

Bending stresses

Bending stresses

Hoop stress

Hoop stress

Elastic energy of disloctions

Elastic energy of disloctions

Energy balance of crack propogation

Energy balance of crack propogation

Generalized Hooke's Law

Generalized Hooke's Law

Work hardening models

Work hardening models

Mohr's circle

Mohr's circle

Mohr's circle example

Mohr's circle example

Stress tensors

Stress tensors

intercept rule for PMP

intercept rule for PMP

electrolytic cells

electrolytic cells

concentration cells

concentration cells

nernst equation and nonstandard conditions

nernst equation and nonstandard conditions

spontaneity of redox reactions

spontaneity of redox reactions

electcrochemical cell potential

electcrochemical cell potential

intro to galvanic cells

intro to galvanic cells

balancing redox reactions

balancing redox reactions

introduction to electrochemistry

introduction to electrochemistry

ellingham diagram example

ellingham diagram example

ellingham diagram constuction

ellingham diagram constuction

molar free energy for oxidation reactions

molar free energy for oxidation reactions

solid-gas equilibrium example

solid-gas equilibrium example

reaction affinity for solid-gas reactions

reaction affinity for solid-gas reactions

intro to solid-gas equilibrium

intro to solid-gas equilibrium

technologically relevant phase diagrams

technologically relevant phase diagrams

other phase diagram features

other phase diagram features

peritectic phase diagrams

peritectic phase diagrams

eutectic phase diagram

eutectic phase diagram

reference states

reference states

equilibrium in multicompnent systems

equilibrium in multicompnent systems

quasichemical model

quasichemical model

activity and the regular solution model

activity and the regular solution model

ideal and regular solution models

ideal and regular solution models

dilute solutions

dilute solutions

activity and chemical potential

activity and chemical potential

activity and partial pressure

activity and partial pressure

finding PMP from mixing properties

finding PMP from mixing properties

mixing properties

mixing properties

partial molar properties

partial molar properties

open, multicomponent, nonreacting systems

open, multicomponent, nonreacting systems

everyday examples of vapor pressure

everyday examples of vapor pressure

vapor pressure

vapor pressure

condensed and vapor phase equilibrium

condensed and vapor phase equilibrium

configurational entropy and microstates

configurational entropy and microstates

phase boundaries in P-T phase diagrams

phase boundaries in P-T phase diagrams

equilibrium in unary systems

equilibrium in unary systems

review of H and S calculations

review of H and S calculations

calculating the configurational entropy

calculating the configurational entropy

conditions for equilibrium

conditions for equilibrium

equilibrium vs. steady state

equilibrium vs. steady state

concept of equilibrium

concept of equilibrium

gibbs free energy of reaction

gibbs free energy of reaction

overview of using JANAF tables

overview of using JANAF tables

entropy of reaction

entropy of reaction

enthalpy of reaction

enthalpy of reaction

entropy of compound formation

entropy of compound formation

enthalpy of compound fromation

enthalpy of compound fromation

using cp to calculate changes in H and S

using cp to calculate changes in H and S

differential forms of other state functions

differential forms of other state functions

maxwell relationship example for U

maxwell relationship example for U

state functions as exact differentials

state functions as exact differentials

what determines spontaneity

what determines spontaneity

calculating changes in entropy

calculating changes in entropy

what is entropy

what is entropy

reversible processes

reversible processes

second law of thermodynamics

second law of thermodynamics

first law for adiabatic processes

first law for adiabatic processes

first law for constant T processes

first law for constant T processes

first law for constant P processes

first law for constant P processes

first law for constant V processes

first law for constant V processes

clarifying the use of dU = ncvdT and dH = ncpdT

clarifying the use of dU = ncvdT and dH = ncpdT

intro to heat capacity

intro to heat capacity

first law of thermo

first law of thermo

extensive and intensive properties

extensive and intensive properties