Exact(1)
Consequence analysis requires the access to extensive amounts of information, and its application without appropriate software and hardware infrastructure is nowadays quite unreal, therefore, utilization of a smart software framework seems to be the most straightforward procedure of hazard analysis.
Similar(59)
A comprehensive landslide risk assessment should therefore not only include investigation of landslide processes and formulation of procedures for hazard reduction, but also the identification of imprints of geologic setting on the shape, size (morphology) and mobility of landslide.
The problems related to use the traditional procedure of probabilistic seismic hazard assessment proposed by Cornell (1968) in practice could be caused by inadequate earthquake data accessible in each potential seismic source.
In this procedure, coefficients describe the log of hazard function using time minus a constant for subjects with "event", thus it is different from coefficients obtained from the PHREG procedure in proportional hazard model [ 45].
This procedure demonstrated the proportionality of hazard during the first 10-year period of follow-up and the first 18-month period of follow-up for the whole population, and during the first 2 years for patients who underwent surgery.
In multivariate analysis serum albumin ≥34 g/L at the time of procedure (hazard ratio 0.573; 95% confidence interval 0.424 0.773, P<0.001) and chemotherapy post-stent (hazard ratio 0.636; 95% confidence interval 0.455 0.889, P=0.008) were two independent prognostic factors predicting a better survival post-stenting.
Furthermore, BPH patients who had received a surgical procedure might have a higher magnitude of hazard ratio than those without a surgical procedure (Tables 2 and 4), suggesting that patients with more severe clinical conditions of BPH might have a higher risk of bladder cancer.
BPH patients with a surgical procedure had a larger magnitude of hazard ratio than those without: 2.459 (1.946, 3.109) vs. 1.709 1.4922, 1.958).
It described deficiencies, including lack of clear procedures for carrying out experiments and of hazard analysis before beginning work, and analyzed what had gone wrong at the lab bench and at many levels of the university as a whole, from inadequate oral communication between the grad student and the principal investigator to deficient training and administrative organization.
This paper presents a methodology developed at Geoscience Australia, which modifies the four-step procedure of PSHA for volcanic ash hazard analysis at a regional-scale.
The PVAHA methodology presented here modifies the four-step procedure of PSHA for volcanic ash hazard assessment at multiple spatial scales.
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