- accelerated test
- CAST goals
- conferences
- environmental profiling
- high temperature, Arrhenius model
- multi-test plan
- qualification testing
- salt fog
- temperature cycle
- temperature–humidity–bias
- vibration
- acceleration factor
- creep
- damage
- diffusion
- Peukert’s law batteries
- temperature, Arrhenius
- temperature-humidity, corrosion, Peck
- temperature-humidity, local RH
- thermal cycle fatigue, Coffin-Manson, Norris-Lanzberg
- time compression, definition
- vibration fatigue
- wear
- activation
- Ea
- energy, Ea, table of values
- adiabatic
- aging, categories
- aging ratio
- Allan variance
- angular momentum
- angular velocity
- Archard’s wear equation
- Arrhenius
- barrier probability
- law
- TAT model
- large parametric change
- small parametric change
- availability, reliability definition
- availability, useful work
- average failure rate γ(t)ave, definition
- Basquin’s equation
- bathtub curve
- creep rate, three stages, primary, secondary, tertiary
- Power law model of
- reliability distribution fit curve
- Weibull beta
- batteries
- Nernst Equation
- primary batteries
- secondary batteries
- Boltzmann constant
- Boltzmann distribution
- capacitor leakage model
- CAST (cumulative stress test) goal
- creep
- fatigue, Miner's rule
- thermal
- thermal, corrosion
- thermal cycle fatigue
- vibration
- wear
- catastrophic failure
- censored Data
- central limit theorem
- charge
- chemical differential rate law
- chemical potential
- chi-squared confidence Test
- clausius inequality
- Coffin-Manson AF model
- compressibility
- confidence interval for normal parameters
- confidence testing
- controlled mass
- corrosion
- acceleration factor, Arrhenius
- chemical process
- current, backward, forward, net
- damage
- Faraday’s Law
- Nernst equation
- Peukert’s law
- rate, examples, different metals
- rate in microelectronics
- secondary batteries
- thermodynamic work
- uniform corrosion
- Cpk index
- and its relation to yield
- creep
- acceleration factor
- accumulated damage
- CAST goal
- rate, aging power law
- rate, steel
- similar to bathtub curve
- three phases
- time to failure
- cumulative distribution function (CDF) F(t) to fit data method
- cumulative failure rate λ(t)cum definition see also specific CDF
- cumulative strength
- current
- damage see also Miner's rule, cumulative damage; creep, wear, vibration fatigue, thermal fatigue
- acceleration factor
- corrosion
- cumulative
- cyclic damage
- damage
- effective, actual
- measurable damage
- non-cyclic damage
- ratio
- secondary batteries
- thermodynamic
- work damage concept
- damping loss factor
- density
- differential entropy failure rate
- diffusion
- acceleration factor
- concentration
- entropy damage
- equation
- equilibrium conditions
- Gaussian probability
- maximizing entropy
- package moisture diffusion
- random walk
- spontaneous
- variance
- disorder see also entropy and disorder
- disordered energy
- displacement, generalized
- efficiency, human
- efficiency, inefficiency
- elastic stress limit
- elasticity (Young's modulus)
- electric field
- electrolyte
- engine
- Carnot cycle
- Carnot cycle efficiency
- damage, efficiency loss
- efficiency
- heat engine
- human, see also negative entropy
- MPG, efficiency
- enthalpy
- entropy
- change (ds or Δs)
- continuous and discrete
- damage
- damage axiom
- damage resolution
- damage threshold
- damage, cumulative
- damage, system level
- differential
- δQ/T
- environmental entropy damage
- exchanged
- failure rate, differential entropy
- flow
- generated
- maximize principle
- mesoscopic noise
- negative entropy
- noise autocorrelation function
- noise principle
- non-damage
- of the Universe
- production
- random process postulate
- randomness mesoscopic measurements
- repair
- statistical definition
- statistical definition with microstate model
- environment damage
- environment, definition see also most of Chapter 1 and 2 for usages
- equilibrium
- diffusion equilibrium
- equilibrium thermodynamics
- equilibrium with Charge Exchange
- thermal equilibrium
- exponential distribution
- R(t), CDF, PDF, failure rate, uses of
- extensive variables
- failure rate
- conversions
- for series system
- λ(t), definition see also specific distributions
- time dependence and independence
- Faraday’s law
- fatigue damage spectrum (FDS)
- random vibration
- sine vibration
- fatigue limit
- first law of thermodynamics
- force, conjugate
- forced processes
- Fowler–Nordheim tunneling leakage/breakdown
- free energy
- gas constant, R
- Gaussian
- Generalized Power Law Acceleration Factors
- Gibbs free energy
- bounds useful work, non-compressive
- damage
- full expression for work
- non-mechanical work
- growth, self-repair
- hardening, strain
- hardness
- heat
- capacity
- path δQ
- reservoir
- Helmholtz free energy
- maximum useful work, reversible work
- measurable using work
- mechanical work
- opposite of entropy concept
- partition function relationship
- reversible work
- human engine, see also negative entropy
- human heart
- noise, failure, S-N curve
- inflection point
- intensive variables
- internal energy
- internal irreversibility
- irreversible
- isentropic
- isobaric
- isochoric
- isolated system
- isothermal
- Legendre transform
- logarithmic-in-time aging
- bipolar transistor beta aging
- connection to log-normal distribution
- creep model
- diffusion
- field-effect transistor
- graphical shape
- power law resemblance
- wear model
- lognormal distribution
- Arrhenius life-stress model
- CDF, error function
- connection to log-time aging
- fitting catastrophic data example
- graphical sigma, sigma time dependence
- mean
- PDF
- R(t), CDF, PDF, failure rate
- vibration life-stress model
- Maclaurin series
- macroscopic system
- magnetic field
- magnetic flux
- magnetic intensity
- mass
- mean time to failure (MTTF) or mean time between failures (MTBF)
- mesoscopic
- measurement
- noise entropy
- system
- microstates mode
- Mile's equation
- Miner’s rule
- acceleration factor
- corrosion
- derivations, cumulative and cyclic damage
- example
- FDS
- non-cyclic damage
- secondary batteries
- mixed modal analysis
- subpopulation, main population
- momentum
- negative entropy
- perfect human engine
- spontaneous negative entropy
- Noise Analysis, entropy
- Allan variance
-
- autocorrelation noise measurement
- autocorrelation, function
- delta function
- disordered energy
- environmental noise, pollution
- exponential
- Flicker (pink) 1/f, brown 1/f2, noise
- Fourier transform
- Gaussian
- Gaussian white noise
- human heart congestive heart failure
- Johnson–Nyquist noise
- measurement system
- mesoscopic noise
- mesoscopic noise entropy
- noise analysis
- noise entropy autocorrelation function
- noise principle
- Nyquist theorem
- PSD (Power Spectral Density)
- random process postulate
- stationary, non-stationary
- system noise degradation
- vibration
- white noise
- Wiener–Khintchine theorem
- non-equilibrium thermodynamics
- normal distribution, see also Gaussian distribution
- Norris–Lanzberg AF model
- parametric aging state
- parametric failure
- partition function
- path dependent
- Peck’s humidity AF
- Peukert’s law
- physics of failure
- polarization
- Poole–Frenkel, dielectric leakage/breakdown
- power law aging models see also creep, thermal cycle, fatigue, Peukert’s law
- power loss
- power spectral density (PSD)
- power, dW/dt
- pressure
- probability density function (PDF) f(t), definition see also specific PDFs for Weibull, lognormal, exponential, normal
- Q
- quasistatic process and measurement process, f
- redundancy
- refrigerator
- reliability function R(t), definition see also specific CDF
- reliability software to aid the reader
- repair entropy
- repairable-reversible
- resistor aging
- Resonance
- Reversible process
- S-N curves
- and equation
- human heart compared to metal fatigue
- scanning electron microscope (SEM)
- Schottky effect leakage/breakdown
- second law
- combined with first law
- damage, ΔSdamage≥0
- in entropy damage terms
- in free energy terms
- self-repair, growth
- specific heat
- spontaneous process
- spontaneous repair, see also negative entropy
- state variables
- stokes integral theorem
- strain
- stress
- creep
- thermal cycle fatigue
- system
- definition see also Chapters 1 and 2 for common usage System
- system vibration damage, example
- TAT model
- activation wear model
- bipolar transistors
- creep model
- field-effect transistor
- graceful degradation
- influence on lognormal distribution
- large parametric change
- logarithmic-in-time aging
- small parametric change
- thermally activated time dependent model
- temperature
- tension
- theory of organization
- influence on manufacturing, reliability and quality
- probability of success
- reducing complexity, minimize variability
- stability, for materials
- thermal cycle fatigue
- acceleration factor
- CAST goal
- Coffin-Manson AF model
- damage
- Norris–Lanzberg AF model
- thermally activated
- thermo-chemical E-model leakage/breakdown
- thermodynamic aging states
- thermodynamic degradation science
- thermodynamic Potentials
- available work
- chemical potential
- enthalpy
- example
- Gibbs free energy
- Helmholtz free energy
- internal energy
- thermodynamic state variables
- transistor aging
- beta degradation
- bipolar case, HBT
- capacitor leakage model, bulk and surface
- field-effect transistor, MESFET
- gate leakage, base leakage, drain-source resistance
- transconductance degradation
- transmissibility
- Variance, Allan, true
- vibration
- CAST goal
- cyclic fatigue work
- fatigue acceleration factor
- fatigue damage
- fatigue failure at resonance
- G, Grms
- PSD, power spectral density
- random vibration
- resonance, Q, transmissibility
- sine vibration
- voltage
- volume
- wear
- abrasive
- acceleration factor
- activation log-time wear model
- Archard’s coefficient
- Archard’s equation
- CAST goal
- damage
- time to failure
- Weibull distribution
- beta, meaning of, bathtub curve
- connection to power law aging
- creep parameters and beta
- failure rate
- fitting catastrophic data example
- power law concept
- R(t), CDF, PDF, failure rate
- work, thermodynamic
- actual work
- available Work
- chemical work
- conjugate work
- creep
- diffusion
- electrical
- variables
- vibration
- wear
- creep
- cumulative work damage
- cyclic work
- cyclic work for secondary batteries
- engine
- irreversible work
- path dependent, δW
- power loss
- reversible work
- thermal cycle fatigue
- thermodynamic work
- useful work
- vibration fatigue
- work efficiency, inefficiency
- yield point
- Young's modulus
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