Keywords: مهندسی زلزله; Resilience; Decision-making; Adaptive management; Earthquake Engineering; Risk assessment; Building expansion; Structural Engineering;
مقالات ISI مهندسی زلزله (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: مهندسی زلزله; Synthetic earthquakes; Site-specific; Non-stationary; Non-Gaussian; Ground-motion simulation; Earthquake engineering; Vrancea earthquakes; Limited data; Bayesian statistics;
Keywords: مهندسی زلزله; Timber construction; Earthquake engineering; Seismic design; Ductility;
Keywords: مهندسی زلزله; Soil-structure-interaction; Pile grid; Earthquake engineering; Wind turbine;
Keywords: مهندسی زلزله; Earthquake engineering; Performance-based design; Composite construction; Concrete-filled steel tubes; FEMA P-695; FEMA P-58;
Keywords: مهندسی زلزله; Soil-structure interaction; Nonlinear soil-structure interaction analysis; Earthquake engineering; Finite-element analysis;
Keywords: مهندسی زلزله; Tuned mass dampers; Vibration modes; Earthquake engineering; Inelastic structures; Asymmetric-plan buildings;
Keywords: مهندسی زلزله; Shake table testing; Concentrically braced frames; Gusset plate connections; Low-cycle fatigue; Earthquake loading; Steel connections; Earthquake engineering;
Keywords: مهندسی زلزله; Earthquake engineering; Structural dynamics; Inductive learning; Desktop Learning Modules;
Keywords: مهندسی زلزله; Intensity measures; Rocking response; Rocking spectrum; Probabilistic seismic assessment analysis; Earthquake engineering;
Keywords: مهندسی زلزله; Velocity pulse; Pulse-like record; Near-fault motions; Development length of velocity; Earthquake engineering;
Keywords: مهندسی زلزله; Data integration; Experimental data; Distributed systems; Earthquake engineering; Semantic web; Interoperability;
Keywords: مهندسی زلزله; Shear element; Light-frame structures; P-Î effect; Geometric nonlinearity; Nonlinear static analysis; Earthquake engineering;
Keywords: مهندسی زلزله; Artificial Neural Networks; Earthquake engineering; Life-cycle cost optimization; Load factors; Seismic design; Structural reliability;
Keywords: مهندسی زلزله; Earthquake engineering; Tunnel structure; Seismic analysis; Simplified method; Multiscale method;
Keywords: مهندسی زلزله; Reliability-based design optimization; Stochastic loads; Reliability analysis; Monte Carlo simulation; Earthquake engineering; Structural optimization; High-dimensional problems
Keywords: مهندسی زلزله; Steel mesh reinforced elastomeric isolation bearings (SMREIB); Experimental study; Earthquake engineering; Bridge; Quasi-static test;
Keywords: مهندسی زلزله; Masonry; Mechanical testing; Composite materials; Earthquake engineering;
Keywords: مهندسی زلزله; Seismic code; Seismic design; Steel structure; Steel moment frame; Earthquake engineering
Keywords: مهندسی زلزله; Evolutionary spectral analysis; Asymptotic expansion; Multiple scales; Nonlinear dynamics; Gaussian equivalent linearization; Wind engineering; Earthquake engineering
Keywords: مهندسی زلزله; Seismology; Earthquake engineering; Earthquake; Induced seismicity; Seismic hazard; Ground-motion model;
Keywords: مهندسی زلزله; Artificial accelerograms; Earthquake engineering; Harmonic wavelet transform (HWT); Signal processing; Spectrum-compatible accelerograms;
Keywords: مهندسی زلزله; Parallel processing; Incremental dynamic analysis; Collapse margin ratio; Optimization; Earthquake engineering
Keywords: مهندسی زلزله; Real-time hybrid simulation; Predictive indicators; Substructuring; Actuator motion control; Earthquake engineering
Keywords: مهندسی زلزله; Earthquake engineering; Lock gate; Meshless method; Analytical formulation; Rayleigh–Ritz method; Fluid–structure interaction; Added-mass method
Keywords: مهندسی زلزله; Analysis; Nonlinear analysis; Modeling; Concrete; Concrete wall; Earthquake engineering
Keywords: مهندسی زلزله; Hybrid steel frames; Semi-rigid connections; Earthquake engineering; SAC frames; Reliability analysis; Performance based design
Keywords: مهندسی زلزله; Seismic performance; Damping forces; Nonlinear structure; Computational mechanics; Experimental test design; Earthquake engineering
Keywords: مهندسی زلزله; Damage indices; Numerical calibration; Incremental dynamic analysis; Detailed finite element modelling; Performance based design; Earthquake engineering
Keywords: مهندسی زلزله; Floor acceleration spectra; Appurtenant structures; Dam safety; Fluid–structure interaction; Earthquake engineering; Finite elements; Added-mass formulation; Water compressibility
Keywords: مهندسی زلزله; Passive control; Seesaw mechanism; Earthquake engineering; Energy dissipation; Fluid viscous dampers; Seismic protection;
Keywords: مهندسی زلزله; Sustainable buildings; Earthquake engineering; Earthquake input energy
Multi-point shaking table test for long tunnels subjected to non-uniform seismic loadings - part II: Application to the HZM immersed tunnel
Keywords: مهندسی زلزله; Immersed tunnel; Earthquake engineering; Shaking table test; Non-uniform seismic excitation; Seismic response;
New opensees models for simulating nonlinear flexural and coupled shear-flexural behavior of RC walls and columns
Keywords: مهندسی زلزله; Reinforced concrete structural walls and columns; Analytical nonlinear modeling; Shear behavior; Flexural behavior; Shear-flexure interaction; OpenSees; Earthquake engineering;
Torsional behavior of multistory RC frame structures due to asymmetric seismic interaction
Keywords: مهندسی زلزله; Asymmetric seismic interaction of structures; Inter-story pounding; Nonlinear seismic analysis; Earthquake engineering;
Using ambient vibration measurements to generate experimental floor response spectra and inter-story drift curves of Reinforced Concrete (RC) buildings
Keywords: مهندسی زلزله; Operational; Functional Components (OFCs); Operation Modal Analysis (OMA); Earthquake Engineering;
Effect of radial base-plate welds on ULCF capacity of unanchored tank connections
Keywords: مهندسی زلزله; Ultra low-cycle fatigue; Unanchored liquid storage tanks; Fracture; Earthquake engineering
An asymptotic expansion-based method for a spectral approach in equivalent statistical linearization
Keywords: مهندسی زلزله; Equivalent linearization; Stochastic modal analysis; Asymptotic expansion; Wind engineering; Earthquake engineering; Nonlinear dynamics
Gradient based optimal seismic retrofitting of 3D irregular buildings using multiple tuned mass dampers
Keywords: مهندسی زلزله; Optimal seismic design; Sensitivity analysis; Earthquake engineering; Performance based design; Tuned-mass dampers
Second-order Logarithmic formulation for hazard curves and closed-form approximation to annual failure probability
Keywords: مهندسی زلزله; Performance-based engineering; Hazards; Earthquake engineering; Closed-form
ISSARS: An integrated software environment for structure-specific earthquake ground motion selection
Keywords: مهندسی زلزله; Software advancements; API functions; Earthquake engineering; Strong ground motion selection and scaling; Time history analysis; Structural response
Parsimonious modeling of hysteretic structural response in earthquake engineering: Calibration/validation and implementation in probabilistic risk assessment
Keywords: مهندسی زلزله; Parsimonious modeling; Earthquake engineering; Masing model; Inelastic response; Piece-wise linear hysteretic model; SIMULINK
Numerical simulation for steel brace members incorporating a fatigue model
Keywords: مهندسی زلزله; Bracing; Cold-formed structural steel; Concentrically braced frames; Earthquake engineering; Fatigue; Numerical modelling
Development and spectral analysis of an advanced diamond shaped resetable device control law
Keywords: مهندسی زلزله; Earthquake engineering; Active control; Resetable device
Nonlinear design and sizing of semi-active resetable dampers for seismic performance
Keywords: مهندسی زلزله; Earthquake engineering; Active control; Resetable device
On the concept of earthquake resistant hybrid steel frames
Keywords: مهندسی زلزله; Hybrid steel frames; Semi-rigid connections; Earthquake engineering; SAC frames
Parameters for shear strength prediction of exterior beam–column joints without transverse reinforcement
Keywords: مهندسی زلزله; Beam–column joints; Earthquake engineering; Non-ductile reinforced concrete; Shear strength model
Modeling of the 3D rocking problem
Keywords: مهندسی زلزله; 3D rocking; Non-linear dynamics; Euler angles; Lagrange's equations; Winkler Model; Earthquake engineering
Investigating the seismic response of ancient multi-drum colonnades with two rows of columns using an object-oriented designed software
Keywords: مهندسی زلزله; DEM; Ancient columns; Earthquake engineering; Object-oriented design and programming; Design patterns; Dynamic analysis
Enhancing integrated earthquake simulation with high performance computing
Keywords: مهندسی زلزله; Earthquake engineering; Numerical simulation; Software integration; High performance computing; Software engineering; Object oriented design