Property talk:P5669

Documentation

• Start a query
• Current uses
• Statistics by class
• Units
• Scale of values
• List of qualifiers
• Count

compressive strength
capacity of a material or structure to withstand loads tending to reduce size

Represents	compressive strength (Q186191)
Data type	Quantity
Domain	material (Q214609)
Example	concrete (Q22657) → 30 megapascal
Lists	Items with the most statements of this property Count of items by number of statements (chart) Items with the most statements Items with the fewest statements Count of items by number of sitelinks (chart) Items with the most sitelinks Items with the most sitelinks, but no link to one Wikipedia (sample: Welsh Wikipedia, cywiki) Items with the fewest sitelinks Most linked wikis Items with the most identifier properties Items with no other statements Most recently created items Items with novalue claims Items with unknown value claims Usage history (total) Usage history (main statement) Minimum and maximum Items with highest numeric value Items with lowest numeric value Database reports/Constraint violations/P5669 Map Random list
Proposal discussion	Proposal discussion
Current uses	Total 5 Main statement 4 80% of uses Qualifier 1 20% of uses

[create Create a translatable help page (preferably in English) for this property to be included here]

Required qualifier “temperature (P2076)”: this property should be used with the listed qualifier. (Help)

Exceptions are possible as rare values may exist. Exceptions can be specified using exception to constraint (P2303).
List of violations of this constraint: Database reports/Constraint violations/P5669#mandatory qualifier, SPARQL

Type “material (Q214609)”: item must contain property “subclass of (P279)” with classes “material (Q214609)” or their subclasses (defined using subclass of (P279)). (Help)

Exceptions are possible as rare values may exist. Exceptions can be specified using exception to constraint (P2303).
List of violations of this constraint: Database reports/Constraint violations/P5669#Type Q214609, SPARQL