Intze principle

E806155

The Intze principle is a structural engineering concept for designing efficient, stable water towers and elevated tanks, developed by German engineer Otto Intze.

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Statements (47)

Predicate Object
instanceOf design method
structural engineering principle
addresses bending at junction of wall and bottom slab
economical thickness of tank walls
hoop tension in tank walls
appliedBy structural engineers
water supply engineers
appliesTo elevated water tanks
water reservoirs
water towers
assumes axisymmetric loading conditions
hydrostatic water pressure distribution
componentShape conical bottom slab
cylindrical tank wall
ring girder at junction of wall and bottom
countryOfOrigin Germany
designObjective improve seismic performance of elevated tanks
minimize tensile stresses in concrete
provide uniform load transfer to supporting columns
developedBy Otto Intze NERFINISHED
field civil engineering
structural engineering
influencedBy development of water supply infrastructure in Europe
keyFeature combination of cylindrical wall with conical or curved bottom
reduction of bending moments in tank walls
transfer of water load mainly as membrane forces
mainGoal economical use of construction materials
efficient distribution of stresses
structural stability of elevated tanks
namedAfter Otto Intze NERFINISHED
optimizationCriterion minimum concrete volume for required capacity
reduction of reinforcement steel quantity
relatedTo Intze tank NERFINISHED
circular water tank design
membrane theory of shells
requires proper detailing of wall–bottom junction
ring beam or ring girder at base of cylindrical wall
safetyConcern cracking control in tank walls and bottom
serviceability under varying water levels
timePeriod late 19th century
typicalMaterial brick masonry
reinforced concrete
typicalSupportSystem RC columns and bracing system GENERATED
usedFor design of masonry water tanks
design of reinforced concrete water tanks
usedIn industrial water storage structures
municipal water supply systems

Referenced by (1)

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Otto Intze hasConceptNamedAfter Intze principle