Risk, Reliability and Sustainable Remediation in the Field of Civil and Environmental Engineering

1. Probability 2. Failure 3. Monte Carlo simulation 4. Artificial Intelligence 5. Big data 6. Structural sustainability 7. Environmental sustainability 8. Geotechnical sustainability 9. Social sustainability

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• Engenharia química

Active Vulnerability index (AVI)Aggregating; Adaptive kriging; Adobe; Aggregated Index; Aging; Air quality; And mitigation measures; Aquifer management; Artificial neural network; Bamboo reinforcement; Biological systems; Blastability index; Bootstrapping; Capability indices; Change intensity; Civil; CO2 emission; Communication; Compressive strength; Construction delay causes; Construction materials; Control charts for attributes and variables; Cost overruns; Crushed stone; Decision making; Decision-making (sustainability)Framework; Degree of weathering; Delphi technique; Design optimization; Earth's resources; Eco-friendly; Economic socio-cultural impact analysis; Energy resources; Environmental; Failure probability; Fatigue-life distribution; Fine aggregate; Finite difference method; Flexible pavements; Flexural strength; Flyrock; Ganga; Genetic algorithm; Geotechnical engineering; GIS; Goal orientation (systems science)Governance (policymaking and planning)Reliability)Risk; GP-ARX model; Green construction; Hazard; Healthcare waste management; Human health risk assessment (HHRA)Inclusive multiple modeling (IMM)Index; Indexing/mapping; Iran; Kaolin clay; Life cycle assessment; Liquefaction susceptibility; Low-cost housing; Lower bound limit analysis; M sand; Machine learning; Mining; Monte Carlo simulation; Monte Carlo simulations; M-Sand; Multivariate control charts; Nano; Natural resources; Network structure; Optimization; Overburden; Passive vulnerability index; Pavement; Penetration; Pile foundation; Point load strength index; Precipitation; Prediction; Principal component analysis; Probabilistic analyses; Probabilistic risk factor; Probabilities; Probability of failure; Quadrant analysis; Qualitative impact assessment; Quantitative impact measurement; R software; Random field modeling; Random variables; Reinforced slope; Reinforcement; Reliability analysis; Reliability Analysis; Reliability-based design; Remote sensing; Resilience; Retaining structures; Risk assessment techniques; Risk assessment; Risk management; River sand; Rock mass classification (RMC)Rock quality designation (RQD)Sustainability; RUSLE; Safety risk management; Sand mining; Seismic risk; Sensitivity analysis; Softening point; Soil erosion; SPSS; Strip footing; Surface blasting; Sustainability impact assessment; Sustainability; Sustainable transport; Sustainable; Taylor diagram; Tensile strength; Time and cost performance; Time overrun; Triad network model; Tunnel operation; Uncertainties; Underground construction; Vernacular building classes; Vulnerability index; Waste rock; Water absorption; Water and wastewater treatment; Water quality