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DIN 19704:1976-09

Superseded

Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

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superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

HYDRAULIC STEEL STRUCTURES - CRITERIA FOR DESIGN AND CALCULATION

Available format(s)

Hardcopy , PDF

Superseded date

01-05-1998

Language(s)

English

Published date

01-01-1976

1 Scope
2 Range of application
3 Standards and specifications to be compiled with
4 Design loads and load cases
      4.1 Design loads
      4.2 Load cases
             4.2.1 Normal operational cases (NB)
             4.2.2 Specific operational cases (BB)
             4.2.3 Exceptional load cases (AL)
5 Magnitude of loads
      5.1 Dead weight including weight increasing effects
      5.2 Hydrostatic and hydrodynamic loads
      5.3 Ice
             5.3.1 Ice pressure, ice impact
             5.3.2 Superimposed load due to ice
      5.4 Ship impact
      5.5 Ship friction
      5.6 Temperature effects
      5.7 Wind
             5.7.1 Direction and load of wind
             5.7.2 Surfaces exposed to wind
      5.8 Changes in conditions of support
      5.9 Live load
      5.10 Frictional forces
             5.10.1 Coefficients of sliding friction
             5.10.2 Forces due to rollinon
      5.11 Resistance of water arising during movements
      5.12 Mass forces arising during movements
      5.13 Driving forces
      5.14 Closing pressure
6 Dimensioning of steel structures
      6.1 Contents of computations
      6.2 Material characteristic values
      6.3 Computation processes
      6.4 Proofs
             6.4.1 General stress proof
                      6.4.1.1 Rivet and screwed joints
                      6.4.1.2 Welded joints
             6.4.2 Stability proof (proof of safety against
                      buckling, overturning and bulging)
             6.4.3 Shape change proof
             6.4.4 Fatigue resistance proof
             6.4.5 Stability proof
      6.5 Characteristics of certain structural shapes and
             structural components
             6.5.1 Truss girders
             6.5.2 Plates
                      6.5.2.1 Full jointly bearing width
                      6.5.2.2 Method of computation of flat
                                 plates subject to bending
                                 stress
             6.5.3 Connections and joints
             6.5.4 Rails
      6.6 Permissible stresses
             6.6.1 Structural components
             6.6.2 Jointing media
             6.6.3 Welds
      6.7 Consideration of corrosion effects
7 Dimensioning of machine members
      7.1 Design loads and load cases
             7.1.1 Determination of the driving forces
             7.1.2 Driving power
      7.2 Stress proof
             7.2.1 Proof of the material taking the yield
                      point as the basis
             7.2.2 Proof of the material taking the fatigue
                      resistance as the basis
             7.2.3 Permissible comparison stresses
      7.3 Dimensioning of special machine members
             7.3.1 Shafts
             7.3.2 Gear wheels and toothed racks
             7.3.3 Lifting equipment
                      7.3.3.1 Sprocket chains
                      7.3.3.2 Pinion chains
                      7.3.3.3 Pinions and racks
                      7.3.3.4 Pressure resistant chains
                      7.3.3.5 Round steel chains
             7.3.4 Rope drives
             7.3.5 Oil hydraulic drives
             7.3.6 Hertz' pressures

DocumentType
Standard
Pages
16
PublisherName
German Institute for Standardisation (Deutsches Institut für Normung)
Status
Superseded
SupersededBy

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