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  • Abstract:
    Complementary to Eurocodes 1 to 7 and 9. Additional provisions for the structural design of buildings and civil engineering works to be constructed in seismic regions where risk to life and/or risk of structural damage are required to be reduced. General requirements and rules for assessment of seismic actions and combinations with other actions. General rules for earthquake resistant design of buildings and specific rules for buildings and elements constructed with each of the various structural materials.
  • Document number:
    DIN EN 1998-1/A1
  • Issuing date:
    2013-05-01
  • Document type:
    Norm
  • Title:
    Eurocode 8: Design of structures for earthquake resistance - Part 1: General rules, seismic actions and rules for buildings; German version EN 1998-1:2004/A1:2013
  • Replaces:
    DIN EN 1998-1/A1(2012-03)
  • Author:
    DIN Standards Committee Building and Civil Energeering
  • Search term:
    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; General conditions; Girders; Gullies; Horizontal; Impact; Insulations; Joints; Kinks; Knots; Limitations; Load capacity; Loadability; Masonry; Mathematical calculations; Measure; Mechanical hazards; Mechanism; Methods; Mortars; Nails; 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; Soils; Spaced; 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); Utilization; Verification; Vibration; Walls; Washers
  • Application areas:
    08.15 Bauten, Gebäude, Schutzbauten; 08.35 Ingenieurbau und Ingenieurbauwerke
  • Hazards:
    AC Mess- und Prüfverfahren für die Ermittlung von Belastungen und Gefährdungen; GD Schwingungen (Vibrationen, Erschütterungen); HB Klima (Temperatur, Feuchtigkeit, Luftströmung, Luftzusammensetzung u. Ä.); KE Belastungen durch Funktionsstörungen an Arbeitsmitteln (Ausfall, Bruch, fehlerhafte Montage, Softwarefehler, Störung der Energieversorgung)
  • ICS:
    91.010.30 Technical aspects; 91.120.25 Seismic and vibration protection
  • Price:
    38,80 EUR
  • Cited in:
    DIN 18088-4 (2019-01)<GLEITEND>; DIN EN 1990 (2021-10)<GLEITEND>; DIN EN 1992-4/NA (2019-04)<GLEITEND>; DIN EN 50119 (2014-01); DIN EN 50119 (2021-01); DIN SPEC 18071 (2014-03)<GLEITEND>; FGSV 511 (2018); FGSV 782/1 (2018-01); VDI/BV-BS 6206 Blatt 1 (2015-06)<GLEITEND>
  • Identical with:
    EN 1998-1/A1(2013-02)<IDT>
  • Update flag:
    Unchanged