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77篇 您的检索式:作者名="Cardus"
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1Analysis of predictor equations for determining the blast-induced vibration in rock blasting显示文摘The paper proposes a new empirical correlation designed to complement the‘‘site laws'currently used to evaluate the attenuation in the rock masses of vibrations induced by rock blasting.The formula contains a deformed exponential known as the K-exponential,which seems to well represent a large number of both natural and artificial phenomena ranging from astrophysics to quantum mechanics,with some extension in the field of economics and finance.Experimental validation of the formula was performed via the analysis of vibration data covering a number of case studies,which differed in terms of both operation and rock type.A total of 12 experimental cases were analysed and the proposed formulation exhibited a good performance in 11 of them.In particular,the proposed law,which was built using blast test data,produced very good approximations of the points representing the vibration measurements and would thus be useful in organising production blasts.However,the developed formula was found to work less well when a correlation obtained for a given site was applied to another presenting similar types of rocks and operations,and thus should not be employed in the absence of measurements from test data.Marilena Cardu Dario Coragliotto Pierpaolo Oreste 2019International Journal of Mining Science and Technology2019,29,6:4
2Complexity analysis of blast-induced vibrations in underground mining: A case study显示文摘Blasting in geological bodies is an industrial process acting in an environment characterized by high uncertainties (natural joints, faults, voids, abrupt structural changes), which are transposed into the process parameters (e.g. energetic transfer to rock mass, hole deviations, misfires, vibrations, fly-rock, etc.). The approach to this problem searching for the 'optimum' result can be ineffective. The geological environment is marked out by too many uncertainties, to have an 'optimum' suitable to different applications. Researching for 'Robustness' in a blast design gives rise to much more efficiency. Robustness is the capability of the system to behave constantly under varying conditions, without leading to unexpected results. Since the geology varies from site to site, setting a robust method can grant better results in varying environments, lowering the costs and increasing benefits and safety. Complexity Analysis (C.A.) is an innovative approach to systems. C.A. allows analyzing the Complexity of the Blast System and the criticality of each variable (drilling, charging and initiation parameters). The lower is the complexity, the more robust is the system, and the lower is the possibility of unexpected results. The paper presents the results obtained thanks to the C.A. approach in an underground gypsum quarry (Italy), exploited by conventional rooms and pillars method by drilling and blasting. The application of C.A. led to a reliable solution to reduce the charge per delay, hence reducing the impact of ground vibration on the surrounding structures. The analysis of the correlation degree between the variables allowed recognizing empirical laws as well.Cardu Marilena Dompieri Mauricio Seccatore Jacopo 2012International Journal of Mining Science and Technology2012,22,1:3
3Regarding a global methodology to estimate the energy-ecologic efficiency of thermopower plants显示文摘Cardu M Baica M 1999Energy Conversion & Management1999,40,1:1
4Regarding the relation between the NOx content and CO content in thermal power plants flue gases显示文摘Cardu M Baica M 2005Energy Conversion & Management2005,46,1:1
5Regarding the energy ecologic efficiency of desulphurization and denox systems and installations in thermopower plants 显示文摘Cardu M Baica M 2000Energy Conversion & Management2000,41,11:1
6Recovery time of heart frequency in healthy men:its relation to age and physical condition显示文摘Cardus D Spencer WA 0,,02:1
7Regarding a global methodology to estimate the energy - ecologic efficiency of thermopower plants 显示文摘Cardu M Baica M 1999Energy Conversion & Management1999,40,1:1
8RANKL increases vascular smooth muscle cell calcification through a RANK-BMP4-dependent pathway显示文摘Panizo S Cardus A Encinas M 2009Circ Res2009,104,9:1
9On the influence of rock mass quality on the quality of blasting work in tunnel driving 显示文摘INNAURATO N MANCINI R CARDU M 1998Tunnelling and Underground Space Technology1998,13,1:1
10On the Influence of Rock Mass Quality of Blasting Work in Tunnel Driving 显示文摘Innaurato N Mancini R Cardu M 1998Tunneling and Underground Space Technology1998,13,1:1
11A seimic vision regarding a methodology to emtimate globally the energy - ecologic efficiency of thermopower plants 显示文摘Cardu M Baica M 2001Energy Conversion & Management2001,42,:1
12Development of an artificial gravity sleeper (AGS) 显示文摘Cardus D Diamandis P McTaggart WG 1990Physiologist1990,33,1:1
13On the influence of rock mass quality of blasting work in tunnel driving显示文摘INNAURATO N MANCINI R CARDU M 1998Tunneling and Underground SpaceTechnology1998,13,1:1
14RANKL Increases Vascular Smooth Muscle Cell Calcification Through a RANK-BMP4Dependent Pathway显示文摘Panizo S Cardus A Encinas M 2009Circ Res2009,104,9:1
15Construction of a reference linkage map for melon显示文摘Oliver M Garcia-Mas J Cardus M 2001Genome2001,44,:1
16RANKL increases vascular smooth muscle cell calcification through a RANK-BMP4-dependent pathway显示文摘PANIZO S CARDUS A ENCINAS M 2009Circ Res2009,104,9:1
171,25-dihydroxyvitamin D3 regulates VEGF production through a vitamin D response ele- ment in the VEGF promoter 显示文摘Cardus A Panizo S Encinas M 2009Atherosclerosis2009,204,1:1
18The cardiovascular response to the AGS 显示文摘Cardus D McTaggart WG 1993Physiologist1993,36,1:1
19Application of the Methodology to Estimate the Energy-Ecologic Efficiency of Fluidized Bed Boilers显示文摘Mircea Cardu Malvina Baica 2001Energy Conversion and Management2001,42,:1
201,25-Dihydroxyvitamin D3 stimulates vascular smooth muscle cell proliferation through a VEGF-mediated pathway显示文摘Cardus A Parisi E Gallego C 2006Kidney Int2006,69,8:1
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