Chemical reactions mechanisms for the formation of nitrogen oxides were implemented by the user functions.
The non-linear strain-dependent thermal properties of constituent materials have been discretised by multi-linear curves, which have been implemented by the user defined subroutine, USDFLD of the finite element package, Abaqus.
This paper presents our work involving the development of a real-time operator training system using a protective relay implemented by the user defined component (UDC) model of a Real-Time Digital Simulator (RTDS).
The keyboard function is implemented by allowing the user to scroll through letters with head tilt and with eye blinking as the selection mechanism.
To determine these values, we implemented a calibration phase, which can be optionally turned on by setting the CALIBRATION preprocessor constant to 1. Calibration is implemented by prompting the user to press a key, and then storing flex sensor value in an array.
We have advocated the need for security approaches which can be implemented by the common cloud user, without relying on the provider's SLAs.
At the same time, they are (in many cases) unable to properly manage the access to this sensitive information due to the following issues: (i) the rigidness of the access control mechanism implemented by the OSN, and (ii) many users lack of technical knowledge about data privacy and access control.
Those databases are often designed to store the experimental data and the data available are generally restricted to those implemented by the developers/users with no possibility to take advantage of already available information that resides in other data sources.
The MPDM is implemented by ABAQUS user subroutine UMAT to model the intralaminar failure of composite laminates, while CEs are employed to simulate the delamination initiation and evolution at the interfaces.
The non-linear multi-axial strain dependent thermal behaviour has been discretised by multi-linear curves, which have been implemented by a user defined subroutine, USDFLD, in the commercial finite element package, ABAQUS.
Then, the damage finite element (FE) solutions are obtained using linear hexahedral solid elements with spatially graded property distribution (at different Gauss points), and subsequently implemented by a user material subroutine (UMAT) in the ABAQUS FE software.
