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The research study herein described aimed at developing a statistical model using Response Surface Methodology (RSM) to predict the performance of self-compacting ultra-high performance concrete (UHPC) reinforced with hybrid steel fibers.
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The work described here is aimed at developing QSAR models capable of predicting in vitro human plasma lability/stability.
This work describes the research aimed at developing mathematical model for predicting the performance of the monolith reactor.
This paper describes our work aimed at developing an integrated multi-dimensional thermal inkjet (TIJ) printhead with data registration CMOS de-multiplexer utilizing bulk micromachining technology (MEMS).
This paper describes the study, which aimed at developing the taphole plugging module as a part of the expert system for iron tapping of the blast furnace.
This paper describes research recently conducted by NIOSH aimed at developing a correlation for use by the U.S. mining industry.
This paper describes the main results of project aimed at developing a new cavability assessment criterion for top-coal, and improving the overall understanding of the caving mechanism in Longwall Top Coal Caving (LTCC) technology.
The present study aimed at developing health states describing how living with different degrees of poorly controlled PPG affects HRQOL in people with type 1 and type 2 diabetes, and to subsequently collect related health utilities in the UK and in Sweden.
This study is aimed at developing a technic for describing natural fine aggregates using a single but reliable factor.
Accordingly, the present study creates a starting point of further initiatives aimed at developing an approach that would effectively describe headways at such flow by decomposing them into following and free components.
Two such programs aimed at developing this concept to the commercial stage are described: the Fenton Hill project and the Hijiori project.
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