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  • Abstract:
    EN 1998-1 applies to the design of buildings and civil engineering works in seismic regions. EN 1998-1 contains the basic performance requirements and compliance criteria applicable to buildings and civil engineering works in seismic regions. EN 1998-1 gives the rules for the representation of seismic actions and for their combination with other actions. Furthermore ist contains general design rules relevant specifically to buildings which are material related: - Section 5: Specific rules for concrete buildings; - Section 6: Specific rules for steel buildings; - Section 7: Specific rules for composite steel-concrete buildings; - Section 8: Specific rules for timber buildings; - Section 9: Specific rules for masonry buildings.
  • Document number:
    DIN EN 1998-1
  • Issuing date:
  • Document type:
  • 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 + AC:2009
  • Replaces:
    DIN 4149(2005-04); DIN EN 1998-1(2006-04)
  • 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; Definitions; 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:
    AB Terminologische Festlegungen in Normen mit Arbeitsschutzbezug; 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:
    355,40 EUR
  • Cross references:
    EN 1990 (2002-04)<G>; EN 1992-1-1 (2004-12)<G>; EN 1993-1-1 (2005-05)<G>; EN 1993-1-8 (2005-05)<G>; EN 1993-1-10 (2005-05)<G>; EN 1994-1-1 (2004-12)<G>; EN 1995-1-1 (2004-11)<G>; EN 1997-1 (2004-11)<G>; EN 1090-2 (2018-06)<G>; EN 1996-1-1 (2022-04)<G>; EN 12512 (2001-11)<G>; ISO 80000-1 (2009-11)<G>
  • Cited in:
    DIN 1053-4 (2018-05)<GLEITEND>; DIN 14092-1 (2012-04)<GLEITEND>; DIN 18088-1 (2019-01)<GLEITEND>; DIN 18088-4 (2019-01)<GLEITEND>; DIN 19702 (2013-02)<GLEITEND>; DIN 19712 (2013-01)<GLEITEND>; DIN 20000-404 (2015-12)<GLEITEND>; DIN 20000-404 (2018-04)<GLEITEND>; DIN 22261-2 (2015-11)<GLEITEND>; DIN 22261-2 (2016-10)<GLEITEND>; DIN EN 1990 (2021-10)<GLEITEND>; DIN EN 1991-1-6/NA (2010-12)<GLEITEND>; DIN EN 1992-4/NA (2019-04)<GLEITEND>; DIN EN 1998-2/NA (2011-03)<STARR>; DIN EN 1998-5/NA (2021-07)<STARR>; DIN EN 50119 (2014-01){historisch}; DIN EN 50119 (2021-01); DIN EN IEC 61400-1 (2019-12); DIN SPEC 18071 (2014-03)<GLEITEND>; AD 2000-Merkblatt S 3/0 (2016-09); DNV BTI 1.2 (2018-07); DNV BTI 1.5 (2016-07); DNV BTI 1.5 (2022-01); BAW Wasserbauwerke, Tragfähigkeit (2016-07); DWA-A 780-1 (2018-05); DWA-A 780-2 (2018-05); DWA-Themen Stauanlagensicherheit (2017-02); EGH Holzbau Handbuch, Reihe 2, Teil 1, Folge 3 (2017-09); FGSV 511 (2018); FGSV 782/1 (2018-01); KTA 2201.3 (2013-11)<STARR>; KTA 2201.4 (2012-11)<STARR>; VDE-AR-N 4210-4 (2014-08)<STARR>; VDI 2038 Blatt 1 (2012-06)<GLEITEND>; VDI/BV-BS 6206 Blatt 1 (2015-06)<GLEITEND>; FrackingUVPBergAnfV (2016-08-04)<STARR>; MetallInjektionsankerBemessVerfTR (2019-08)<STARR>; WindEnAnlRL (2012-10){historisch}<STARR>; WindEnAnlRL (2015-03)<STARR>
  • Identical with:
    EN 1998-1(2004-12)<IDT>; EN 1998-1/AC(2009-07)<IDT>; TS EN 1998-1(2015-01-06)<IDT>
  • Update flag: