Search results for "Age model"

showing 3 items of 63 documents

A model for predicting the mixed-mode fatigue crack growth in a bonded joint

2013

Bonded joints are highly sensitive to the presence of defects and to the degradation phenomena, and this aspect represents the primary obstacle to their use in different structural engineering applications. Delamination in a bonded joint represents, in fact, one of the primary, most common and insidious causes of damage. In this paper, a numerical–experimental study on the crack propagation along the adhesive layer of a bonded joint specimen is carried out. Experimental study is focused on the evaluation of the damage modalities of a bonded joint when the specimens are subject to fatigue load. Experimental tests are compared with the results of several numerical analysis performed in ANSYS …

mixed-mode crack growthfatigue crack propagationSettore ING-IND/17 - Impianti Industriali Meccanicibonded jointSettore ING-IND/15 - Disegno E Metodi Dell'Ingegneria IndustrialeFEM analysiVCCTdamage model
researchProduct

Integrated Urban Water Modeling with Uncertainty Analysis

2005

In the last 20th years, the scientific world has got particular care towards the problems that involve the respect of the environment. According to this point, several researches were developed to describe the phenomena that take place during both wet and dry period and to increase the knowledge in this field. In particular, the attention was addressed towards the problems linked with the pollution of the water body because of the pollution carried by rainfall waters in the urban environment. In order to obtain a good description of the problem, it is important, of course, to analyze both quantity and quality aspects connected with all the transformation phases that characterize the urban w…

modelling uncertainty analysisIntegrated urban drainage modellingurban water qualityreceiving water impact
researchProduct

The effect of rainfall temporal resolution on urban drainage water quality modelling

2009

urban drainage modellingUrban rainfall
researchProduct