University reference

Hopkins Extreme Materials Institute

Hopkins Extreme Materials Institute, established in 2012, is an active ROR organization in Baltimore, US. ROR classifies the organization under education. This profile preserves public aliases, acronyms, external identifiers, location details and organization relationships supplied by the Research Organization Registry, then links the record to other organizations in the same city and country and to recorded airports in the same city. It is a directory profile, not a university ranking, quality assessment, admissions guide or statement of endorsement by ROR or DataOfWorld.

19City Organizations
4,366Country Organizations
1Country Count
1Ror Parent Count
5City Peers Count
5Country Peers Count
2City Airports Count
5Established Peers Count

Key facts

ROR identifier
https://ror.org/02ed2th17
Country
US
City
Baltimore
Administrative area
Maryland
Website
https://hemi.jhu.edu
Established
2012
Organization types
education
Aliases
Johns Hopkins Extreme Materials Institute
Acronyms
HEMI, JHU HEMI
External identifiers
Organization relationships
parent00za53h95
Latitude
39.29038
Longitude
-76.61219
ROR last modified
2024-12-11

ROR identity context

Names, identifiers and relationships

These identifiers describe the organization record and do not imply ranking or endorsement.

AliasesJohns Hopkins Extreme Materials Institute
AcronymsHEMI, JHU HEMI
ROR parent relationships00za53h95

OpenAlex institution metadata

Works and research-topic context

Institution-level directory statistics only; they are not rankings, quality judgments or endorsements.

61Indexed works
1254Citations recorded

Published topics: High-Velocity Impact and Material Behavior, Microstructure and mechanical properties, Magnesium Alloys: Properties and Applications, Granular flow and fluidized beds, Aluminum Alloys Composites Properties, Advanced Sensor and Energy Harvesting Materials, High-pressure geophysics and materials, Energetic Materials and Combustion, Adhesion, Friction, and Surface Interactions, Advanced ceramic materials synthesis

Annual indicator

Institution works indexed by OpenAlex

4.00 works2026

Institution-level yearly works counts in OpenAlex; not a ranking or quality measure. Values retain the source period and unit.

View source data
PeriodworksSource flagConfidentiality
20264.00 works——
202516.00 works——
20248.00 works——
20235.00 works——
20224.00 works——
20212.00 works——
20204.00 works——
20198.00 works——
20183.00 works——
20175.00 works——
20161.00 works——
20141.00 works——

Field-level provenance

Sources for this profile

Dates and licenses apply to the specific facts and series supplied by each source.

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