1 General
  1.1 Scope
  1.2 Normative references
  1.3 Assumptions
  1.4 Distinction between principles and
      application rules
  1.5 Terms and definitions
  1.6 Symbols
  1.7 Convention for cross section axes
2 Basis of design
  2.1 Requirements
  2.2 Principles of limit state design
  2.3 Actions and environmental influences
  2.4 Ultimate limit state verifications
  2.5 Design assisted by testing
  2.6 Durability
3 Materials
  3.1 Structural steel
  3.2 Connections
  3.3 Guys and fittings
4 Durability
  4.1 Allowance for corrosion
  4.2 Guys
5 Structural analysis
  5.1 Modelling for determining action effects
  5.2 Modelling of connections
6 Ultimate limit states
  6.1 General
  6.2 Resistance of cross sections
  6.3 Resistance of members
  6.4 Connections
  6.5 Special connections for masts
7 Serviceability limit states
  7.1 Basis
  7.2 Deflections and rotations
  7.3 Vibrations
8 Design assisted by testing
9 Fatigue
  9.1 General
  9.2 Fatigue loading
  9.3 Fatigue resistance
  9.4 Safety assessment
  9.5 Partial factors for fatigue
  9.6 Fatigue of guys
Annex A [normative] - Reliability differentiation and
                      partial factors for actions
      A.1 Reliability differentiation for masts and towers
      A.2 Partial factors for actions
Annex B [informative] - Modelling of meteorological
                        actions
      B.1 General
      B.2 Wind force
      B.3 Response of lattice towers
      B.4 Response of guyed masts
Annex C [informative] - Ice loading and combinations
                        of ice with wind
      C.1 General
      C.2 Ice loading
      C.3 Ice weight
      C.4 Wind and ice
      C.5 Asymmetric ice load
      C.6 Combinations of ice and wind
Annex D [normative] - Guys, dampers, insulators,
                      ancillaries and other items
      D.1 Guys
      D.2 Dampers
      D.3 Insulators
      D.4 Ancillaries and other items
Annex E [informative] - Guy rupture
      E.1 Introduction
      E.2 Simplified analytical model
      E.3 Conservative procedure
      E.4 Analysis after a guy rupture
Annex F [informative] - Execution
      F.1 General
      F.2 Bolted connections
      F.3 Welded connections
      F.4 Tolerances
      F.5 Prestretching of guys
Annex G [informative] - Buckling of components of
                        masts and towers
      G.1 Buckling resistance of compression members
      G.2 Effective slenderness factor k
Annex H [informative] - Buckling length and slenderness
                        of members
      H.1 General
      H.2 Leg members
      H.3 Bracing members
      H.4 Secondary bracing members
      H.5 Shell structures