Matches in SemOpenAlex for { <https://semopenalex.org/work/W1552882620> ?p ?o ?g. }
- W1552882620 endingPage "1278" @default.
- W1552882620 startingPage "1269" @default.
- W1552882620 abstract "A variety of studies have modeled the physics of material deformation and damage as examples of generalized phase transitions, involving either critical phenomena or spinodal nucleation. Here we study a model for frictional sliding with long range interactions and recurrent damage that is parameterized by a process of damage and partial healing during sliding. We introduce a failure threshold weakening parameter into the cellular-automaton slider-block model which allows blocks to fail at a reduced failure threshold for all subsequent failures during an event. We show that a critical point is reached beyond which the probability of a system-wide event scales with this weakening parameter. We provide a mapping to the percolation transition, and show that the values of the scaling exponents approach the values for mean-field percolation (spinodal nucleation) as lattice size $L$ is increased for fixed $R$. We also examine the effect of the weakening parameter on the frequency-magnitude scaling relationship and the ergodic behavior of the model." @default.
- W1552882620 created "2016-06-24" @default.
- W1552882620 creator A5008810306 @default.
- W1552882620 creator A5019072967 @default.
- W1552882620 creator A5056896668 @default.
- W1552882620 creator A5070757468 @default.
- W1552882620 creator A5078568424 @default.
- W1552882620 date "2011-04-01" @default.
- W1552882620 modified "2023-10-16" @default.
- W1552882620 title "A damage model based on failure threshold weakening" @default.
- W1552882620 cites W1519068578 @default.
- W1552882620 cites W1573159633 @default.
- W1552882620 cites W1859860849 @default.
- W1552882620 cites W1964662262 @default.
- W1552882620 cites W1966128522 @default.
- W1552882620 cites W1972188828 @default.
- W1552882620 cites W1973371426 @default.
- W1552882620 cites W1975444608 @default.
- W1552882620 cites W1980646533 @default.
- W1552882620 cites W1981506339 @default.
- W1552882620 cites W1983445675 @default.
- W1552882620 cites W1990144930 @default.
- W1552882620 cites W2000805423 @default.
- W1552882620 cites W2003320658 @default.
- W1552882620 cites W2007395959 @default.
- W1552882620 cites W2008879046 @default.
- W1552882620 cites W2011538383 @default.
- W1552882620 cites W2012842179 @default.
- W1552882620 cites W2013571481 @default.
- W1552882620 cites W2019935798 @default.
- W1552882620 cites W2023611894 @default.
- W1552882620 cites W2026679218 @default.
- W1552882620 cites W2030750550 @default.
- W1552882620 cites W2033541193 @default.
- W1552882620 cites W2033742395 @default.
- W1552882620 cites W2036149064 @default.
- W1552882620 cites W2037272522 @default.
- W1552882620 cites W2042465331 @default.
- W1552882620 cites W2052483973 @default.
- W1552882620 cites W2056475123 @default.
- W1552882620 cites W2058829011 @default.
- W1552882620 cites W2061601954 @default.
- W1552882620 cites W2063167095 @default.
- W1552882620 cites W2064772938 @default.
- W1552882620 cites W2066167586 @default.
- W1552882620 cites W2069548175 @default.
- W1552882620 cites W2080382252 @default.
- W1552882620 cites W2082288036 @default.
- W1552882620 cites W2082994582 @default.
- W1552882620 cites W2083774912 @default.
- W1552882620 cites W2085563870 @default.
- W1552882620 cites W2086290184 @default.
- W1552882620 cites W2088147850 @default.
- W1552882620 cites W2091105775 @default.
- W1552882620 cites W2098614139 @default.
- W1552882620 cites W2103284451 @default.
- W1552882620 cites W2122528211 @default.
- W1552882620 cites W2124395403 @default.
- W1552882620 cites W2136783431 @default.
- W1552882620 cites W2139094607 @default.
- W1552882620 cites W2157229358 @default.
- W1552882620 cites W2157337303 @default.
- W1552882620 cites W2166313156 @default.
- W1552882620 cites W2590232108 @default.
- W1552882620 cites W3113109455 @default.
- W1552882620 doi "https://doi.org/10.1016/j.physa.2010.12.004" @default.
- W1552882620 hasPublicationYear "2011" @default.
- W1552882620 type Work @default.
- W1552882620 sameAs 1552882620 @default.
- W1552882620 citedByCount "1" @default.
- W1552882620 countsByYear W15528826202012 @default.
- W1552882620 crossrefType "journal-article" @default.
- W1552882620 hasAuthorship W1552882620A5008810306 @default.
- W1552882620 hasAuthorship W1552882620A5019072967 @default.
- W1552882620 hasAuthorship W1552882620A5056896668 @default.
- W1552882620 hasAuthorship W1552882620A5070757468 @default.
- W1552882620 hasAuthorship W1552882620A5078568424 @default.
- W1552882620 hasBestOaLocation W15528826202 @default.
- W1552882620 hasConcept C11413529 @default.
- W1552882620 hasConcept C121332964 @default.
- W1552882620 hasConcept C121864883 @default.
- W1552882620 hasConcept C122044880 @default.
- W1552882620 hasConcept C134306372 @default.
- W1552882620 hasConcept C149288129 @default.
- W1552882620 hasConcept C15867958 @default.
- W1552882620 hasConcept C164154869 @default.
- W1552882620 hasConcept C169760540 @default.
- W1552882620 hasConcept C192562407 @default.
- W1552882620 hasConcept C194807282 @default.
- W1552882620 hasConcept C2524010 @default.
- W1552882620 hasConcept C26873012 @default.
- W1552882620 hasConcept C2729557 @default.
- W1552882620 hasConcept C2780457167 @default.
- W1552882620 hasConcept C29234059 @default.
- W1552882620 hasConcept C33923547 @default.
- W1552882620 hasConcept C35527583 @default.
- W1552882620 hasConcept C40636538 @default.
- W1552882620 hasConcept C44280652 @default.