Boundary element formulations for crack growth analysis in concrete structures; Studies on shape-selective catalytic cracking of C12+-oil obtained from pyrolysis of waste plastics; A methodology for the selection of overall strategic performance measure for manufacturing business; Bus fleet maintenance modelling in a developing country; Hydrostatic pressure studies of semiconductor heterostructures and schottky diodes
Title
:
Boundary element formulations for crack growth analysis in concrete structures; Studies on shape-selective catalytic cracking of C12+-oil obtained from pyrolysis of waste plastics; A methodology for the selection of overall strategic performance measure for manufacturing business; Bus fleet maintenance modelling in a developing country; Hydrostatic pressure studies of semiconductor heterostructures and schottky diodes
Publication Information
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Portsmouth : Wessex Institute of Technology, 1995
Physical Description
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1 reel : positif ; 35 mm
General Note
:
5 judul dalam 1 mikrofilem
Subject Term
:
Boundary element methods
Concrete -- Cracking
Deformations (Mechanics)
Catalytic cracking
Pyrolysis
Plastic scrap -- Recycling
Performance -- Measurement
Efficiency, Industrial
Efficiency, Industrial -- Measurement
Buses -- Maintenance and repair -- Mathematical models
Buses -- Maintenance and repair -- Data processing
Semiconductors
Diodes, Schottky-barrier
Hydrostatic pressure
Added Author
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Abd. Latif Saleh
Abdul Rahman Songip
Azhari Md. Salleh
Mohammad Ishak Desa
Zulkafli Othaman
Added Title
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Studies on shape-selective catalytic cracking of C12+-oil obtained from pyrolysis of waste plastics
A methodology for the selection of overall strategic performance measure for manufacturing business
Bus fleet maintenance modelling in a developing country
Hydrostatic pressure studies of semiconductor heterostructures and schottky diodes
Thesis (PhD) - Wessex Institute of Technology, Plymouth, 1995
| Library | Item Barcode | Call Number | Material Type | Item Category 1 |
|---|
| PSZ JB | 30000003869199 | MFL 8502 ra | Non Circulating Microfilm | Microfilm |