additive manufactured |
G-02 |

additive manufacturing |
#105 |

adi |
H-04 |

advanced materials |
#100 |

agricultural machine |
PL-02-01 |

aircraft elements |
PL-03-01 |

aluminium alloy |
E-04 |

aluminum wrought alloy |
H-03 |

am structures |
#74 |

analytical model |
A-04 |

analytical strength assessment |
#105 |

assessment methods |
C-01 |

automotive |
A-04 A-03 #57 |

axle |
PL-02-01 H-04 |

bainitic steel |
#13 |

bayesian methods |
C-04 |

block loading |
A-03 A-03 |

case hardening |
C-01 |

cast aluminium |
E-03 |

cast iron |
A-03 |

casting defects |
H-03 |

church bells |
J-03 |

clustering |
I-03 |

component test |
C-01 |

crack closure |
H-04 |

crack detection |
I-03 |

crack growth |
C-04 |

crack initiation |
PL-03-01 |

crack propagation |
PL-03-01 #13 B-04 |

cracks |
B-04 |

critical plane method |
D-03 |

cumulative damage |
E-03 |

customer usage |
A-04 |

cut-edge influence |
E-03 |

cyclic deformation behavior |
E-04 |

cyclic material behavior |
#74 H-03 I-03 |

cyclic multiaxial elastic-plastic crack-tip residual stress model |
C-01 |

damage |
C-01 |

damage mechanics |
PL-07-01 |

damage model |
#37 |

data analytics |
#98 |

decomposition into gaussian portions |
A-04 |

design |
PL-02-01 |

design evaluation |
E-03 |

design of experiments (doe) |
E-04 |

digital environment |
I-04 |

digital twin |
I-03 I-03 |

distribution function |
A-04 |

drivers influence |
A-04 |

durability |
E-03 |

durability requirements |
I-04 |

durability testing |
#57 |

earthquake |
J-03 |

effective block approach |
E-04 |

efficiency |
#57 |

elastomer bearing |
#57 |

elastomeric modelling |
#63 |

electrically power assisted cycles |
D-03 |

engineering |
#98 |

engineering & industrialisation |
I-04 |

epac |
D-03 |

exhaust manifold |
#75 |

experimental simulation |
J-03 |

extrapolation |
PL-01-01 |

extremely low cycle fatigue strength |
PL-07-01 |

fatigue |
#37 A-04 PL-03-01 C-04 C-04 E-04 H-04 B-04 |

fatigue assessment |
C-01 |

fatigue behavior |
E-04 |

fatigue crack propagation |
H-04 |

fatigue criteria |
#83 |

fatigue damage accumulation |
E-04 |

fatigue life |
#105 #25 #100 |

fatigue life calculation |
#83 H-03 |

fatigue life calculations |
PL-02-01 |

fatigue life curve |
I-03 |

fatigue life estimation |
H-03 |

fatigue performance |
G-02 |

fatigue testing |
E-03 |

fatigue testing on shaker |
PL-01-01 |

fem |
I-03 |

finite element analysis |
#25 |

fractography |
PL-03-01 |

fracture |
PL-03-01 |

fracture mechanics |
E-04 |

freight wagon |
D-03 |

frequency domain |
#37 |

full scale testing |
C-04 |

gassner curves |
#13 |

gaussian load spectrum |
PL-07-01 |

georeferenced data |
C-04 |

grain refinement |
#13 |

hardened components |
H-03 |

hardening model |
#75 |

high dynamic loads |
#63 |

high speed |
D-03 |

high-cycle fatigue |
C-01 E-03 |

high-energy traction battery |
J-03 |

high-strength fine-grained steels |
PL-07-01 |

higher-order spectra |
A-04 |

hil |
I-03 |

impact excitation |
#19 |

inspection interval |
C-04 |

integral treatment |
PL-07-01 |

inverse problems |
C-04 |

kernel density estimator |
PL-01-01 |

kurtosis |
PL-01-01 |

laboratory fatigue tests |
PL-02-01 |

life estimation |
C-04 |

life prediction |
D-03 |

life time |
PL-07-01 |

lifetime of systems |
#96 |

linear elastic fracture mechanics (lefm) |
C-01 |

load and stress conditions |
A-04 |

load assumption |
PL-02-01 |

load data |
PL-02-01 |

load data determination |
#63 |

load history effects |
E-03 |

load sequence |
A-03 |

load sequence effects |
PL-03-01 |

load spectra |
PL-01-01 |

load spectrum |
A-04 |

loading modes |
D-02 |

loading spectrum |
PL-01-01 |

low cyle fatigue |
#75 |

machine learning |
I-03 |

magnesium alloy az31 |
E-03 |

materials processing |
H-03 |

mean load |
A-03 |

mean strain |
A-03 |

mean stress effect |
H-03 |

measurement |
D-03 H-04 |

metal fatigue |
#30 |

methods for durability |
#98 |

miner modifications |
E-03 |

miner’s rule |
PL-07-01 |

mixed distributions |
PL-01-01 |

multi-axial excitations |
#63 |

multi-physical test |
J-03 |

multiaxial fatigue |
C-01 D-03 #83 |

multiaxial loading |
PL-02-01 C-01 |

multibody simulation |
#63 |

narrow-band |
#19 |

ndt |
C-04 |

nodular cast iron |
H-04 |

non-stationary loading |
PL-01-01 A-04 |

nonproportionality |
D-03 |

normal pdf |
PL-01-01 |

notch effect |
H-04 |

notch factor |
PL-07-01 |

notch strain conept |
PL-07-01 |

number of cycles |
PL-03-01 |

number of flights |
PL-03-01 |

numerical simulation |
D-02 |

observer |
I-03 |

operating loads |
D-03 |

optimization |
A-03 I-03 |

overload |
A-03 H-04 H-04 |

overloads |
H-04 |

parameter identification |
A-04 |

pivot points |
E-04 |

plasticity |
B-04 |

power law exponent |
E-04 |

power psectral density |
#38 |

probabilistic design |
E-04 |

probabilistic simulation |
H-03 |

probability density function |
PL-01-01 |

process chain |
H-03 |

proportionlity |
PL-02-01 |

punch rivet |
PL-07-01 |

rail vehicle |
C-04 |

railway car-bodies |
PL-02-01 |

rain-flow |
#30 |

random loading |
#38 E-04 |

random vibration loading |
PL-01-01 A-04 |

real operation |
H-04 |

reliability |
E-04 J-03 |

residual stress |
H-03 H-04 |

ringing conditions |
J-03 |

road category |
A-04 |

road quality |
A-04 |

road roughness |
C-04 |

rubber fibre composite |
#25 |

self-heating measurements |
E-03 |

service near loading |
E-04 |

servise stresses |
PL-02-01 |

sheet metal |
E-03 |

shocks and vibrations |
#96 |

short crack growth |
PL-03-01 |

short time procedure |
E-04 |

short time procedures |
H-03 |

simplification |
A-03 |

simulation |
A-03 #57 H-04 J-03 |

sound quality |
J-03 |

spectra |
PL-02-01 |

spectral correlation |
PL-01-01 |

spectral method |
PL-01-01 |

spectral methods |
#30 |

spectrum loading |
B-04 |

statistical variability |
#38 |

strain energy density |
#37 E-04 |

strain life approach |
A-03 |

strain-based fatigue life assessment |
PL-07-01 |

strain-life (en) |
C-01 |

strain-life approach |
H-03 |

stress life approach |
A-03 |

stress-strain curve |
A-03 |

structural durability |
PL-07-01 |

structural health monitoring |
C-04 |

suspension components |
C-01 |

system identification |
I-03 |

test |
A-03 |

thermal loads |
#75 |

thermomechanical fatigue |
E-03 |

thick-walled |
H-04 |

time latency |
I-03 |

time-history |
J-03 |

total life |
C-01 |

trip effect |
#13 |

two-scale probabilistic model |
E-03 |

uncertainty quantification (uq) |
E-04 |

variable amplitude durability |
D-02 |

variable amplitude loading |
C-04 E-03 #74 #83 H-03 #100 G-02 J-03 |

variable amplitude loadings |
E-03 |

variable amplitudes |
PL-03-01 |

variable mechanical loading |
PL-03-01 |

variable thermal loading |
PL-03-01 |

vibration based methods |
C-04 |

vibration fatigue |
#19 #96 |

weibull pdf |
PL-01-01 |

weld joint |
PL-07-01 |

weld seams |
C-01 |

welded butt joints |
PL-07-01 |

welded joint |
PL-07-01 C-01 C-01 |

welding |
#75 |

wheel force |
A-04 |

wheels |
E-03 |

wind energy |
H-04 |

wire arc additive manufacturing |
#105 |