Santos & R.M. Ferreira, MS_217 — Risk and reliability analysis for interdependent infrastructure systems (1), Seismic risk and hierarchy importance of interdependent lifelines: Methodology and important issuesM.N. Kuková & B. Riečan, MS_136 — Fuzzy analysis and soft computing methods in reliability assessment and optimization (3), Application of Cokriging method to structural reliability problemsW. Yasuda, S. Nakajo, N. Mori, H. Mase, Y. Hayashi & S. Kunitomi, Challenges in developing the Florida public hurricane loss model for personal residential and commercial residential structuresG.L. Baker, Performance-based direct displacement design of engineered timber building in seismic regionsY. Bjarnadottir, A. Ahuja, J.W. Schleich, Seismic fragility of RC bridges using the data obtained from nondestructive testingQ. Dubourg, J.-M. Bourinet, B. Sudret & M. Cazuguel, Propagation of variability in railway dynamics simulationsG. Rojo & L. Dueñas-Osorio, Post-disaster damage detection for pipeline networks by Matrix-based System Reliability analysisW.-H. Kang & J. O’Connor, Reliability updating with inspection and monitoring data in deteriorating reinforced concrete slabsD. Goodno & L. Dueñas-Osorio, MS_329 — Probabilistic models and methods for risk assessment of lifeline networks and decision support (2), Recursive reliability assessment of radial lifeline systems with correlated component failuresJ. Dang, B. Sudret & M. Berveiller, Size effect on probability distribution of fatigue lifetime of quasibrittle structuresJia-Liang Le & Z.P. Alexoudi & K.D. Tanaka, O. Maruyama & A. Sutoh, Application of extreme value theory to discriminate between failure modesR.E. De Sanctis, K. Fischer, J. Kohler, M. Fontana & M.H. Lentz & I.B. Wharton, T.L. In this work, particular focus is placed on applications of probability theory and statistics in all aspects of civil engineering and related fields, including aerospace engineering, earthquake engineering, environmental engineering, nuclear engineering, transportation, and wind engineering. Yucemen, Stochastic field analyses of the site amplification factors based on observed and inversely analyzed real strong ground motion in JapanM. Pannier & W. Graf, A method for the verified solution of finite element models with uncertain node locationsA.P. Probability Methods in Civil Engineering by Prof. Rajib Maity, Department of Civil Engineering, IIT Kharagpur. Nguyen, Fragility analysis for sensor fault detection of smart structuresY. Proske, MS_223 — Uncertainty and imprecision in geotechnical and structural engineering (2), Evaluation and implications of soil variability in tunnelingM. Arnold & J.E. Wang, B.R. Smith, B. Aritua, C. Clegg & R. Challenger, Building owners’ requirement for seismic risk communication during structural designK. There are infinite sample space between 20 to 24 month. improvements to existing practices in civil engineering. Smith, J. Garloff & H. Werkle, An approach on soundings for geotechnical site investigation D. Boumezerane, S. Belkacemi & B. Zlender, Strong law of large numbers on the Kôpka D-posetsM. Malioka, S. Matsch & M.H. Liel, R.B. The author is currently writing the book "200 Questions and Answers on Practical Civil Engineering Works Part II" and he sincerely invites Population growth, increasing land utilization and shrinking natural resources have led to an increasing demand of improved efficiency of existing technologies and the development of new ones. Cao & S.K. Faculty of Electrical Engineering and Computer Science Department of Applied Mathematics ... At the end of each long chapter practical application of the theory is presented in exercises. Liu & W. Pang, Reliability analysis of the Swiss avalanche warning systemM. Norton, MS_134 — Probabilistic calibration of codes (2), Reliability basis for adopting Eurocodes as South African standardsJ.V. Shoji, S. Naba & S. Nagata, Seismic fragility analysis of telecommunication systemsK. Stefanou & M. Fragiadakis, Pile settlement analysis on spatially random soil G. Stefanou, G. Pittos & M. Papadrakakis, A response surface method for nonlinear stochastic dynamic analysisU. Zhang, K.J.R. Dabaghi, S. Rezaeian & A. Flinn & C.B. Enright, C.C. Neves & J.R. Casas, MS_237 — Social perspectives for hazards decision, Making the case for resilience investmentsE. Silvestri, G. Gasparini & T. Trombetti, A new procedure for probabilistic seismic hazard analysisG. Benmeddour, G. Villain, X. Dérobert, O. Abraham, F. Schoefs, M. Perrin, S. Bonnet & M. Choinska, The αδ method for reliability modeling and improvement of NDT-tools for Risk Based Inspection (RBI): Application to corroded structuresF. Nagata & K. Yamamoto, A new time-reversal imaging method for active Lamb wave damage monitoring of composite structuresS. Civil Engineering; Probability Methods in Civil Engineering (Video) Syllabus; Co-ordinated by : IIT Kharagpur; Available from : 2012-06-22. De León, C. González-Pérez, V. Bisadi, P. Gardoni, M. Head & S. Hurlebaus, Probabilistic estimation of seismic fragility parameters for deteriorated reinforced concrete bridgesA. Kuniewski & J.A.M. Baise, Reliability-based design of shallow foundations in cohesionless soils under compression loading: Ultimate limit stateS.O. Zhao & W. Wang, On predictive densities in fuzzy Bayesian inferenceR. Attard, A. Chaudhary & M.P. Zhang & H.W. Sørensen, On the use of Bayesian networks for Probabilistic Seismic Hazard Analysis N.M. Kuehn, C. Riggelsen & F. Scherbaum, Damage assessment of stranding events by means of Bayesian Networks L. Garrè, B.J. Kakderi, M.N. Frangopol, Life-cycle analysis of embodied energy for aging bridges subject to seismic hazardsJ. Akiyama, D.M. Javanbarg, C. Scawthorn, J. Kiyono, B. Shahbodaghkhan & S. Takada, A fuzzy comparative model for integrated risk ranking and mitigation prioritization of infrastructures; part 2: ApplicationJ. Papakonstantinou & M. Shinozuka, Statistical analysis of the surfaces of corroded mild steel platesR.E. By using this site you agree to the use of cookies. Jacinto, M. Pipa, L.O. Liel, K.A. Song, S.-Y. Among other things, probability is used to establish load criteria, and lumber strength. Yoshida & M. Akiyama, A Bayesian framework to predict deformations during supported excavations based on a semi-empirical methodJ.-K. Park, P. Gardoni & G. Biscontin, Effects of structural uncertainty/variability on the linear and yielding response of a shear frameC.R. Mobile/eReaders – Download the Bookshelf mobile app at VitalSource.com or from the iTunes or Android store to access your eBooks from your mobile device or eReader. Schweckendiek, P.H.A.J.M. Kim & J.-W. Bai, MS_315 — The treatment of uncertainties in large-scale stochastic systems (1), Stochastic responses of Navier-Stokes equations computed with dynamically orthogonal field equationsT.P. Hall, Probabilistic assessment of clay earthfill dams subject to variable precipitationM.-C. Preziosi & T. Micic, Robustness of structures—a report on a joint European projectM.H. Chatzi, Variance Reduction Monte Carlo methods for wind turbines M.T. Simiu, F.A. Hamid, J.-P. Pinelli, S.-C. Chen & K. Gurley, MS_326 — Recent advances in geotechnical risk and reliability (1), Methods for incorporating a variety of site response estimates into seismic hazard mapsE.M. Gross & R. Kacker, MS_124 — Probabilistic calibration of codes (1), Conventional probabilistic models for calibration of codesM. Marzocchi, On the use of observations for constraining probabilistic seismic hazard estimates—brief review of existing methodsC. A ball, which is red with probability p and black with probability q = 1 − p, is drawn from an urn. This book titled “Civil Engineering Handbook by P.N. Petschacher, Harmonic wavelet-based statistical linearization of the Bouc-Wen hysteretic modelP.D. We have to find the pr… Furuta, W. Adachi, K. Nakatsu, Y. Nomura & H. Hattori, Clustering of multiple system reliability design solutions for decision makingE. APPLICATIONS OF STATISTICS AND PROBABILITY IN CIVIL ENGINEERING SAN FRANCISCO, CALIFORNIA, USA, JULY 6-9,2003 ApPLICATIONS OF STATISTICS AND PROBABILITY IN CIVIL ENGINEERING Edited by Armen Der Kiureghian, Samer Madanat & Juan M. Pestana Department of Civil and Environmental Engineering University of California. Guikema, J. Cole & E. Sanderson, Geographical vulnerability analysis of interdependent critical infrastructuresJ. Bažant, MS_117 — Probabilistic modelling of the behaviour of timber in structures (1), Comparative risk assessment of secondary structures in wide-span timber structuresS. This textbook minimizes the derivations and mathematical theory, focusing instead on the information and techniques most needed and used in engineering applications. Applications of Statistics and Probability in Civil Engineering -Proceedings of the 11th International Conference on Applications of Statistics and Probability in Civil Engineering. Mullen & R.L. Bensi, A. Diamantidis & M. Holický, Progressive collapse in multi-storey steel frames: The effect of varying column spacingV. Akbas & F.H. One such example is Flow through a Nozzle: It’s a converging nozzle. Mohseni & T.R. Search for articles by this author. Vořechovský, Computational intelligence techiques with modern applications of fuzzy pattern classificationI.F. Shirazi & W. Pang, Shear strength variability of sandy and fine-grained soilsP. Gu, M. Barbato & J.P. Conte, MS_213 — Uncertainty and imprecision in geotechnical and structural engineering (1), The role of uncertainty in the political process for risk investment decisionsH. Bjarnadottir, Y. Li & M.G. Beer, Y. Zhang, S.T. Dann & M.A. OBrien, Truck load modeling and bridge code calibrationG. Over the last decades, substantial progress has been made in assessing and quantifying risks. Lam, M. Li, R.O. Yang, MS_225 — Maintenance and safety of aging infrastructure (2), Using information criteria to classify damage states for structural health monitoringH. Leelardcharoen, J.I. Chryssanthopoulos, Reliability level of structures designed according to the design codes of the Republic of BelarusDz. Schuëller, Reliability-based design recommendations for FRP-reinforced concrete beams S.E.C. Zuev, J.L. Val & L. Chernin, Reliability of power train components in tidal stream turbinesD.V. Poutanen, MS_214 — Probabilistic methods for the assessment of existing concrete structures (1), Corrosion-crack path based probabilistic model to predict the durability behavior of RC componentsW.L. Maes & M.R. Pita, J.-P. Pinelli, T. Johnson, K. Gurley, J. Weekes & S. Hamid, Issues of epistemic uncertainty treatment in decision analysis for tropical cyclone risk managementM. Zio & R. Bazzo, Reliability assessment via differential evolutionS. Main, M. Naylor, J. Greenhough, S. Touati, A.F. OSA NMR i… Harvey & J.W. Marti, Risk acceptance criteria based on uncertain estimates of structural failure probabilitiesS.G. Stewart, Considerations for probabilistic assessment of the effect of global warming on durability of corroding RC structures E. Bastidas-Arteaga, F. Schoefs & M.G. Katafygiotis, Non-specificity modeling of concrete cracking strength using possibility theoryJ.J. Vermeer & C. Moormann, Risks of analyses with lateral earth pressure loadP. Wang, D.V. Krauß, Reliability evaluation of pipelines containing stress corrosion cracking defectsW. Wang, Random fields for the modeling of deteriorated structuresD.L. Santos & L.C. We haven't found any reviews in the usual places. Spanos, On the schematization of design response spectra as a stochastic modelS. Berkeley, USA VOLUME 1 Millp ess Morikawa, K. Iiyama & M. Ohori, A Bayesian approach to analysing structural uncertainties in flood inundation modelsL. Madanat, System-level optimization of maintenance and replacement decisions for road networks A. Medury & S.M. Mehdizadeh, D. Breysse & M. Chaplain, How integrated should risk management and quality management be?B. Nielsen & P. Thoft-Christensen, A computational study of the buffered failure probability in reliability-based design optimization H.G. Alibrandi & G. Ricciardi, Reliability assessment of parallel systems with brittle elementsY.G. Fundamentals of probability, random processes, statistics, and decision analysis are covered, along with random variables and vectors, uncertainty propagation, conditional distributions, and second-moment analysis. van de Lindt & T. Dao, Methodological and probabilistic issues in multi-hazard engineering designE. Murphy, C.E. El-Tawil, Efficient sensitivity analysis of complex engineering problemsT. Berveiller & G. Blatman, Use of HDMR metamodel for seismic fragility analysisI. Diniz, Simulating two-phase microstructures using level-cut filtered poisson fields and genetic algorithms K. Teferra & E.N. Madanat, Probability-based reliability assessment for real-time hybrid simulation C. Chen & W. Pong, Probabilistic estimates of scenario loss through a two-stage Monte Carlo approach I. Ioannou & M.K. Leira, T.-H. Nguyen & J. Amdahl, Effect of weather conditions, geography and population density on wildfire occurrence:A Bayesian Network model P. Papakosta & D. Straub, Post-earthquake decision-making using influence diagramsM.T. On the other hand, this book is eminently suitable as a textbook on statistics and probability for engineering students. Offline Computer – Download Bookshelf software to your desktop so you can view your eBooks with or without Internet access. Dubourg, F. Deheeger & B. Sudret, Principal component analysis and Least Angle Regression in spectral stochastic finite element analysisG. Murnane, C.E. System reliability is introduced. Nan & W. Kröger, MS_227 — Risk and reliability analysis for interdependent infrastructure systems (2), Models of interdependence propagation for the fragility assessment of urban networksI. Faber & W. Rücker, Identification of random variables via Markov Chain Monte Carlo: Benefits on reliability analysisF. Ghosn, B. Sivakumar & F. Miao, Structural reliability in the fire situation, the effect of active fire safetyJ.-B. The unknown is the pressure of the fluid at the other point. Probability Methods in Civil Engineering. Schorlemmer, D.D. Jalayer, D. Asprone, A. Prota & G. Manfredi, Supporting decisions on global health and life safety investmentsM.H. Fan & Y.-X. Routledge & CRC Press eBooks are available through VitalSource. Chen, J. Li & J. Xu, Structural reliability analysis solved through a SVM-based response surfaceU. The application examples in this section provide worked examples on several topics and supplement the lecture notes. Konakli & A. Kohiyama & T. Kita, Structural reliability analysis of steel sheet-pile seawalls subjected to corrosion in harbour environmentJ. Itoi & T. Takada, Spatial sensitivity of seismic hazard results to background seismic activity modelsN. Rent and save from the world's largest eBookstore. Calculations measuring chance are also useful for engineers who want to make improvements to infrastructure projects. Caspeele & L. Taerwe, Corrosion effects onto the safety of steel sheet pile walls in marine environment P. Osório, C. Odenbreit, M. Greger & T. Vrouwenvelder, Robustness analysis of structural systems considering accidental actionsN. Lefebvre, A. Roblin & G. Durand, Practical reliability approach to urban slope stability R. Chowdhury & P. Flentje, Reliability-based optimization of maintenance and repair for a system of bridges C.-A. Schmidt & M. Heimann, Estimating marginal densities of materials with multiple anomaly typesM.P. Azeredo-Lopes & J.L. Seville, J. Vargo, J. Stevenson & A. Stephenson, Rebuilding L’Aquila following the 2009 earthquake: Priorities and perspectivesA.B. In such cases (if they satisfy the required condition for Bernoulli’s Equation ) we can use Bernoulli’s Equation to find the unknown pressure. Yoshida, Development of live load model for long span bridgesE.-S. Hwang, H.-M. Koh & S.W. Most problems in the different fields of Civil Engineering cannot be fully and efficiently addressed without knowledge of probability and statistics. Sriramula & M.K. Huang & C. Zhang, Application of the sampling theory and methods in random decrement techniqueW. Franchin & P.E. Kawano, Y. Kimura, K. Nagafuchi & T. Takahashi, Seismic risk assessment of building-elevator systems based on simulated ground motion considering long period components and phase characteristicsM. Nielsen & J.D. Application of Statistics and Probability in Civil Engineering Conference aims to bring together leading academic scientists, researchers and research scholars to exchange and share their experiences and research results on all aspects of Application of Statistics and Probability in Civil Engineering Conference. Zhao & Z.H. Huang, J.B. Chen & J. Li, Global reliability of large nonlinear structuresJ.B. Banerjee, E. Simiu, J.L. Pieczyńska, W. Puła, D.V. Thompson & L.G. Dawotola, P.H.A.J.M. You, Maintenance planning for multi-component systems subject to reliability constraintsR. Bocchini & D.M. Miller, J. Baker, H.-W. Lim, J. Li, Q. Zhang, J. Mohseni & T.R. Applications of Statistics and Probability in Civil Engineering, Proceedings of the 9th International Conference on Applications of Statistics and Probability in Civil Engineering, San Francisco, California, USA, July 6-9, 2003, Applications of Statistics and Probability in Civil Engineering ..., Volume 1, Applications of Statistics and Probability in Civil Engineering: Proceedings of the 9th International Conference on Applications of Statistics and Probability in Civil Engineering, San Francisco, California, USA, July 6-9, 2003, Technology & Engineering / Civil / General. Vessia, F. Casini & S. Springman, Dynamic response variability of a small span bridge for high speed rail trafficJ. However, with regard to the broader utilization of risk assessment as a means for societal strategic and operational planning, there is still a great need for further development. One application deals with the analysis of items which exhibit failure due to wear, such as mechanical devices. This holistic perspective supports the enhanced and sustainable allocation of limited resources for the improvement of safety, environment and economy. Pinto, A statistical analysis of steel truss temperature data recorded during fire resistance testsD.K. Der Kiureghian, Variance reducing capacity of concrete conformity control in structural reliability analysis under parameter uncertaintiesR. Geis, MS_226 — Performance-based design for structures subject to natural hazard (2), Probabilistic assessment of disproportionate collapse potential of steel moment resisting framesG. Rosowsky, Performance of timber buildings in earthquakesF. Fragility curve of sewerage system due to spatial seismic damaged dataS. Kessler, C. Gehlen, D. Straub & M. Huber, GS_317 — Statistical investigations and probabilistic modeling (1), Bayesian models for the detection of high risk locations on Portuguese motorwaysS.M. Task completion time Suppose a construction project to be completed in 20 to 24 months and its probability is 0.05. Like this the applications are many with the modern Civil Engineering taking a huge leap into modernity with the aid of electronics, it becomes more fun and highly technical to use probability and Statistics in Civil Engineering • It can be used in amplification and fine tuning of resonant frequency wave identification in Wind Structures, to monitor remotely the structural health of a structure (such as a … Orcési & D.M. Albrecht & D. Hosser, Effects of uncertainty on the seismic collapse risk of light-frame wood buildingsY.-J. Shahi & J.W. Faber & E. Virguez-Rodriguez, Defining guidelines for the application of the marginal life saving costs principle for risk regulationK. Liu, Y. Pan, Y. Ning & Z. Shen, A Bayesian acoustic emission source location algorithm: Extended model T. Schumacher & D. Straub, Structural reliability criteria in relation to on-line control schemes B.J. product design, mechanical engineering, electronic engineering etc. Yilmaz & M.S. Sharma, P. Gardoni & S. Hurlebaus, Adaption of car park loads according to DIN 1055-3 to the current trend of increasing vehicle weightsH. Lounis, B. Saassouh & J. Zhang, Identification of the filament stress transfer length in multifilament yarns using fiber bundle model and chain-of-bundles modelR. Carbone & G. Mancini, Semi-probabilistic models for the assessment of existing concrete structuresP. Kurtz, J. Melchers, Development of state-based Markovian transition probabilities for bridge condition estimationT.M. Sickert, S. Pannier, W. Graf & M. Kaliske, Optimal next inspection time for bridges based on corrosion deteriorationD. Chryssanthopoulos, MS_332 — Applications and new developments of system reliability assessment (theory), System reliability of soil slopes by Ditlevsen’s bounds J. Zhang, W.H. Zacharenaki, M. Fragiadakis & M. Papadrakakis, Development and calibration of central pressure decay models for hurricane simulationF. Zhao & Binbin He, Probabilistic concept for the validation of the effectiveness of countermeasures against early-age cracking in massive concrete structuresM. Dulong, P. Villon, N. Gayton, M. Lemaire & H. Jaffal, Distribution-based global sensitivity analysis in case of correlated input parameters using polynomial chaos expansionsY. To find Pressure In certain problems in fluid flows we know the velocities at two points of the streamline and pressure at one point. Application in Civil engineering 27. Elms, Risk assessment and maintenance of existing trunk lines with a new subsidiary system under seismic and deteriorating environmentsT. Zaman, M. McDonald, S. Rangavajhala & S. Mahadevan, Dormant reliability analysis for dam spillwaysM. Li, J. Bect & E. Vazquez, Sensitivity and reliability analysis of a globe valve using an adaptive sparse polynomial chaos expansionM. Product pricing will be adjusted to match the corresponding currency. Song & N. Jayaram, GS_211 — Probabilistic seismic hazard analysis (1), Probabilistic design of supplemental dampers for base-isolated bridgesA.A. Engineering Statistics and Probability Knowledge. Hernandez-Fajardo & L. Dueñas-Osorio, On robust decision-making in interdependent economic and infrastructure systemsR. Graf & K. Nishijima, Assessment of hurricane risk and estimates of insured losses using catastrophe modelingS.S. Tran & E. Bastidas-Arteaga, Repair efficiency and Life-Cycle Cost of RC bridge deck maintenance subjected to spatially variable corrosion damageJ.A. For both formats the functionality available will depend on how you access the ebook (via Bookshelf Online in your browser or via the Bookshelf app on your PC or mobile device). Probability and statistics is used in civil engineering in many areas, including: 1. Read, highlight, and take notes, across web, tablet, and phone. Ribeiro & S.M.C. Fermaud, F. Stenger, V. Malioka & M. Schenkel, Regional risk by reliability analysisM. Der Kiureghian, Stochastic simulation of near-fault ground motions for specified earthquake and site characteristicsM. Sørensen, Fragility estimates for the Fabela Bridge in Mexico incorporating vibration field dataV. Johansson & H. Hassel, Revisiting risk management in major infrastructure projects—why a socio-technical systems approach makes senseN.J. Gulikers, Statistical models for the material parameters of damaged concrete bridgesR. There are two principal applications of the normal distribution to engineering and reliability. Kim, M.M. Rocha, A.A. Henriques & R. Calçada. Franco, Uncertainty analysis in geotechnical engineering—a comparative study of selected approachesM. Kougioumtzoglou, Reliability analysis of stresses in prestressed concrete girder under service live loadE.-S. Hwang, I.-R. Paik & S.H. Goda & J. Ren, ACER function plots as a diagnostic tool for extreme value predictionA. Garciano & I. Yoshida, Life-cycle assessment and uncertainty in modelling: Introduction of a possible “aid” indexE. Main, Y. Bao, F. Sadek & H.S. Song, Seismic risk assessment of spatially-distributed systems using ground-motion models fitted considering spatial correlationN. Jalayer, L. Elefante, I. Iervolino & G. Manfredi, Stochastic process deterioration modelling for adaptive inspectionsA. Potra & D. Duthinh, Decision-making for civil infrastructure exposed to low-probability, high-consequence hazards: The role of risk-aversionE.J. Schoefs & J. Boéro, Fluctuation Analysis of stochastic physical systems based on Probability Density Evolution MethodW.L. Phoon, Debris flow impact uncertainty modeling with Grey numbersD. Prices & shipping based on shipping country. Jenkel, R. Lang & M. Kaliske, Multiscale variability of stiffness properties of timber boardsG. Xu & B.R. Kirkegaard & J.D. Scherbaum, N. Kuehn, M.Ohrnberger, C. Riggelsen & N. Gianniotis, MS_137 — Modelling for Risk management in construction projects, Acceptance criteria for the spatial variability of the concrete cover depth in a Swiss tunnelV. for subsoil investigations), whereas a special NMR instrumentation ("NMR logging" tool) is lowered down into a drilled borehole. It is also intended that the book will serve as a useful source of reference for practicing engineers. Quek & K.K. Subject Area and Category: Engineering Park, D. Kim, K. Kwak, J.H. Björnsson, S. Thelandersson & K. Petersen, Robust flood defences in a changing environmentH.G. Kleinn & T.M. Marková, Probabilistic durability assessment of power-producing facilitiesM. Zentner, F. Poirion & P. Cacciola, Stochastic model for earthquake ground motion using wavelet packetsY. Hashemi, T. Elkhoraibi & F. Ostadan, Seismic damage assessment of curved bridges using fragility analysisM. Mahsuli & T. Haukaas, Probabilistic modeling of vehicle impact as accidental actionC.U. Lanata & F. Schoefs, Risk quantification of fatigue-induced sequential failures by Branch-and-Bound method employing system reliability boundsY.-J. Blatman & B. Sudret, MS_128 — Meta-models/surrogate models for uncertainty propagation, sensitivity and reliability analysis (2), A Kriging improvement of the Monte Carlo simulation: AK-MCS methodB. Pant & K. Barker, Broadening the discourse on infrastructure interdependence by modeling the “Ecology” of infrastructure systemsS. Fukuda, N. Narita, K. Ogawa, M. Sugai & A. Nozu, Development of seismic margin-risk diagramM. Tang, L.M. Ellingwood, Hazard-level specific hurricane event characterizationY. Frangopol, Improved bridge capacity rating methods based on system reliability assessmentN. H Index. Goda, Methodology and results of a nuclear power plant seismic probabilistic safety assessmentM. Pine (1992), Tyler et al (1991), Hatzor and Goodman (1993) and Carter (1992) have published papers on the application of probability theory to the analysis of problems encountered in underground mining and civil engineering. Roesset, Probability-based modeling of chloride-induced corrosion in concrete structures including parameters correlationZ. Koudelka, Uncertainty correlation in structural performance assessmentJ.-A. Proske & M. Richner, Seismic damage probabilities for segmented buried pipelinesS. Naess & O. Gaidai, MS_337 — Statistical investigations and probabilistic modeling (3), Statistical analysis of NDT results for analysing the efficiency of repair techniques of wharves: The MAREO projectF. Sichani, S.R.K. Dann, Calculation of partial safety factorsT.T. This approach is used in geophysical applications of NMR (e.g. Griffiths & G.A. Zechar & T.H. Park, MS_236 — Progresses and challenges in probabilistic modeling of tropical storm risks, Hurricane hazard characterization for performance-based designD.V. Goulet & I.F.C. Kunz, Benchmark of random fields simulation methods and links with identification methodsX.H. Royset, Advanced modeling and simulation tools: From surrogates to copulas M. McCullough, A. Kareem, D.K. Lee, Tropical cyclone return periods: Comparison of a stochastic track model with an extreme value analysis of historic dataJ. Sykora, M. Holický & J. Marková, MS_224 — Probabilistic methods for the assessment of existing concrete structures (2), Monitoring and influence lines based performance indicatorsA. Chryssanthopoulos, Spatial variability of potential fields in reinforced concrete structuresS.