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Safety advantages of prestressed concrete reactor vessels
Z. P. Bazant
Civil and Environmental Engineering
Research output
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Contribution to journal
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Article
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peer-review
2
Scopus citations
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Dive into the research topics of 'Safety advantages of prestressed concrete reactor vessels'. Together they form a unique fingerprint.
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Keyphrases
Reactor Vessel
100%
Prestressed Concrete
100%
Brittle Fracture
100%
Assure
50%
Failure Behavior
50%
Tendon
50%
Safety Factor
50%
Elastic Deformation
50%
Energy Absorption Capacity
50%
Moisture
50%
Through Crack
50%
Spontaneous Propagation
50%
Deflection Curve
50%
After High Temperature
50%
Accidental Exposure
50%
High Safety
50%
Steel Plate
50%
Sudden Failure
50%
Weak Parts
50%
Prestressing Wire
50%
Top Closure
50%
Unbonded Tendons
50%
Engineering
Reactor Vessel
100%
Brittle Fracture
100%
Prestressed Concrete
100%
Safety Factor
50%
Energy Absorption Capability
50%
Elastic Deformation
50%
Steel Plate
50%
Deflection Curve
50%
Failure Behavior
50%
Prestressing
50%
Material Science
Brittle Fracture
100%
Prestressed Concrete
100%
Elastic Deformation
50%