National Annex - Nationally Determined Parameters - Eurocode 8: Design of Structures for Earthquake Resistance - Part 1: General Rules, Seismic Actions and Rules for Buildings
Also Known As:
The DIN EN 1998-1/NA standard is a document specific to Germany. It provides guidelines for the design and construction of structures to withstand earthquake forces.
The National Annex contains parameters that are applicable within Germany, taking into account the specific seismic conditions and requirements in the country. These parameters supplement the general rules and provisions outlined in the DIN EN 1998-1 standard.
The purpose of the standard is to ensure the safety and stability of buildings during earthquakes by providing guidelines for the calculation of seismic actions and the design of structural elements. It covers various aspects of structural design, including the choice of materials, structural analysis, and detailing of reinforcement.
By providing nationally determined parameters, the DIN EN 1998-1/NA standard aims to harmonize the design practices within Germany and ensure the consistency of earthquake-resistant construction across the country.
| Descriptors | Acceleration, Anchorages, Approximation, Bars (materials), Basis, Beams, Behaviour, Belts, Bending, Bending behaviour, Boards, Bottom, Bricks, Brickwork, Building code, Buildings, Ceilings, Checks, Civil engineering, Classes, Classification, Components, Composite construction, Concepts, Concrete structures, Concretes, Conformity, Connections, Construction, Construction engineering, Construction engineering works, Construction materials, Construction works, Cording-up, Criterion, Damage, Design, Dimensioning, Disks, Displacements, Distances, Earthquake protection, Earthquake zones, Earthquake-resistant design, Earthquakes, Edifice conversion, Effects, Elastic properties (fluids), Energy, Equilibrium, Eurocode, Exploitation, Fitness for purpose, Floors, Force, Foundations, Frames, Frequency ranges, Gangways, Girders, Gullies, Horizontal, Impact, Insulations, Joints, Kinks, Knots, Limitations, Load capacity, Loadability, Masonry, Mathematical calculations, Measure, Mechanism, Methods, Mortars, Nails, National, Non-load bearing, Occurences, Performance, Planking, Planning, Position, Prefabricated parts, Pressure, Quality assurance, Regulations, Reinforcement, Reinforcing steels, Rim, Rules, Safety, Safety factor, Seismic coefficient, Seismic loading, Shape, Simulation, Specification, Specification (approval), Spectra, Stability, Stays, Steel-framed constructions, Steels, Stiffness, Strength of materials, Structural collapses, Structural design, Structural steel work, Structures, Struts, Subsoil, Terrain, Three-dimensional, Timber construction, Time history, Transverse force, Trusses (frames), Verification, Vibration, Walls, Booms (gymnastic equipment), Impulses, Junctions, Rollers, Blankets, Shock, Spaced, Compounds, Escutcheon plates, Projectiles, Pulleys, Processes, Trusses, Sheets, Panels, Utilization, Soils, Ground, Tiles, Panes, Planks, Plates, Washers, Procedures, Lines |
| ICS Codes | 91.120.25 - Seismic and vibration protection |
| Language(s) | English |
| File Size | 4.2 MB |
