... Abstract Rock engineering relies heavily on empirical systems to identify significant parameters influencing rock mass behaviour. The empirical and inductive nature of rock engineering design is such that it is not possible to eliminate uncertainty. One way of managing uncertainty during...

... strength envelope lining reservoir geomechanics segmental tunnel lining segmental lining rock engineering carrieri geodata engineering spa engineering practice iop publishing iop conf mechanism theory diameter Mechanics and Rock Engineering, from Theory to Practice IOP Publishing IOP Conf...

... Abstract The basic friction angle is a basic parameter used in the shear strength estimation of discontinuities. The accurate determination of the shear strength of the discontinuities is of great importance for engineering structures built on or inside the rock. In this study; the variation...

... environmental science 833 confinement strength theory hoek-brown criterion engineering rock engineering rock mechanic mpa determination fracture united states government reservoir characterization practice iop publishing iop conf criterion crack initiation evolution Mechanics and Rock...

... rocks on Earth and those of Mars, which motivated the author to bring together some of his thoughts about the aspects of rock mechanics and rock engineering in Mars and to compare them with those of the earth [4,5,6,7]. Although the environmental conditions on Mars and other planets are different from...

... earthquake earthquake engineering plate tectonics engineering rock engineering spectrum structural geology practice iop publishing iop conf excitation seismic excitation europe government environmental science 833 conference society theory american society rotation coefficient stability...

... iop publishing iop conf determination geological subdiscipline engineering variation rock mech geologist limestone elasticity moduli rock engineering carbonate rock theory correlation europe government reservoir characterization environmental science 833 coefficient borriol cooling...

... the environmental degradation caused by sand overexploitation at a global scale. geology upstream oil & gas australia government reservoir geomechanics geologist hydraulic fracturing engineering replacement solid waste management practice iop publishing iop conf geological subdiscipline...

... europe government reservoir geomechanics reservoir characterization spain government geologist drilling operation variation engineering rock engineering practice iop publishing iop conf department geological subdiscipline environmental science 833 drillability prada limestone theory...

... Abstract Campaigns to determine the state of in situ stress form an integral part of almost all underground rock engineering projects, but stress measurements obtained at different locations on a project site generally display spatial variability. However, there is no international consensus...

... Mudurnu has been nominated as a candidate for the UNESCO World Heritage. upstream oil & gas structural geology turkey government reservoir geomechanics geologist asia government reservoir characterization practice iop publishing iop conf engineering rock engineering instability...

... Abstract The dynamic mechanical behaviour and characteristics of rocks have been investigated using different techniques to evaluate the engineering structures under dynamic loads. The authors devised a new experimental apparatus to investigate the behaviour of rocks under shock waves. A new...

... impacts induced by eventual fires developed inside the Tres Ponts tunnel. Introduction The determination of the ground thermal parameters is crucial in different fields of engineering such as geothermal energy [1], underground infrastructures [2], or sustainable construction [3]. The thermal...

... Abstract Rock weathering and the resulting effects on geotechnical properties of weathered rock mass has long been a concern for geotechnical engineering practicing since the strength and deformational properties of weathered rock masses is needed for analysis and design of underground...

..., in the past studies of face stability using the limit slip analysis [3, 4] and the rigid-plastic finite element method [5, 6], the stability of the final collapse at full face open can be evaluated, but the progressive failure cannot be usually considered. japan government engineering rock...

... production chemistry oilfield chemistry pipeline corrosion coupon materials and corrosion flowline corrosion engineering australia government steel coating 2 corrosion inhibition practice iop publishing iop conf environmental science 833 concentration hiscc coating metals & mining epoxy...

... based on five risk factors composed of a number of relevant parameters. Their relative interaction, which guided the scores assigned to each parameter, was assessed by applying the Rock Engineering System [2]. A number of examples of existing tunnels are shown to illustrate the application of the method...

... in a structurally dictated failure mechanism were introduced as random variables in the model, to account for the different types of uncertainties arising in rock engineering data. The limit equilibrium method was used in this study to conduct rock slope stability analysis, while the impact of naturally uncertain...

... Abstract Knowledge of the in-situ stress conditions in mining areas is very necessary for scientific mining design and effective disaster control measures. The object of this article is to systematically introduce the in-situ stress measurement method and its implications in mining engineering...

... is therefore a challenge for the hydropower industry. artificial intelligence risk management engineering upstream oil & gas renewable energy us government rock mechanics stability reassessment concrete dam peak shear strength rock joint eurock 2020 shear strength monolith criterion...