Instantaneous optimal control with acceleration and velocity feedback
By: Yang, J. N.
Contributor(s): Li, Z.
Material type: BookSeries: National Center for Earthquake Engineering Research [NCEER]. Technical Report NCEER-90-0016, June 29, 1990.Publisher: Buffalo, New York National Center for Earthquake Engineering Research, State University of New York at Buffalo 1990Description: various pagings.Subject(s): Velocity | Technical ReportDDC classification: 624.1762Item type | Current location | Collection | Call number | Status | Date due | Barcode | Item holds |
---|---|---|---|---|---|---|---|
Technical Report | PK Kelkar Library, IIT Kanpur | NICEE (COMPACT) | 624.1762 NCEER-90-0016 (Browse shelf) | Reference | TR21531 |
Total holds: 0
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624.1762 NCEER-92-0023 A semi-empirical analysis of strong-motion peaks in terms of seismic source, propagation path and local site conditions | 624.1762 NCEER-92-0022 IDARC version 3.0 | 624.1762 NCEER-88-0023 Multi-hazard risk analysis | 624.1762 NCEER-90-0016 Instantaneous optimal control with acceleration and velocity feedback | 624.1762 NCEER-88-0024 Automated seismic design of reinforced concrete buildings | 624.1762 NCEER-88-0025 Experimental study of active control of MDOF structures under seismic excitations | 624.1762 NCEER-88-0026 Earthquake simulation tests of a low-rise metal structure |
This research was conducted at The Geoerge Washington University and was partially supported by the National Science4 Foundation under Grant No. ECE 86-07591.
NCEER Project Number 89-2201 and NSF Grant Number BCS -89-04524
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