The Experts below are selected from a list of 15 Experts worldwide ranked by ideXlab platform

Bernd Otto Hörmann - One of the best experts on this subject based on the ideXlab platform.

  • SAP PLANT CONNECTIVITY
    2018
    Co-Authors: Dan Bizubac, Marcel Sabin Popa, Bernd Otto Hörmann
    Abstract:

    SAP Plant Connectivity (PCo) is a framework, set of services and management tools that enables the exchange of data between a SAP system and the Industry-Specific Standard data sources of different manufacturers, such as process control systems, control devices, plant historian systems, SPC systems, TCP Sockets, and SAP Manufacturing Products (SAP ME, SAP MII, SAP EWM, SAP ODA and so on). With this application companies can receive tags and events from the connected source systems in production either automatically or upon request and forward them to the connected SAP systems. Furthermore, using PCo, manufactures can execute, receive, and process OPC UA method calls and thereby also map complex coordination tasks in the programmable logic controllers (PLC) environment. The research is carried out with the support of the Technical University of Cluj-Napoca.

Dan Bizubac - One of the best experts on this subject based on the ideXlab platform.

  • SAP PLANT CONNECTIVITY
    2018
    Co-Authors: Dan Bizubac, Marcel Sabin Popa, Bernd Otto Hörmann
    Abstract:

    SAP Plant Connectivity (PCo) is a framework, set of services and management tools that enables the exchange of data between a SAP system and the Industry-Specific Standard data sources of different manufacturers, such as process control systems, control devices, plant historian systems, SPC systems, TCP Sockets, and SAP Manufacturing Products (SAP ME, SAP MII, SAP EWM, SAP ODA and so on). With this application companies can receive tags and events from the connected source systems in production either automatically or upon request and forward them to the connected SAP systems. Furthermore, using PCo, manufactures can execute, receive, and process OPC UA method calls and thereby also map complex coordination tasks in the programmable logic controllers (PLC) environment. The research is carried out with the support of the Technical University of Cluj-Napoca.

A. V. Kirilina - One of the best experts on this subject based on the ideXlab platform.

  • Standardization of the water heat carrier quality at Russian thermal power plants
    Thermal Engineering, 2017
    Co-Authors: B. M. Larin, A. B. Larin, S. Yu. Suslov, A. V. Kirilina
    Abstract:

    The necessity of developing a new Industry-Specific Standard of the heat carrier quality for the operating, newly commissioned, and prospective power-generating units of the thermal power plants is substantiated. The need of extending the scope of the automatic chemical monitoring and the possibility of indirect measurements of some basic Standardized and diagnostic indices of the water chemistry using the specific conductance are shown. Investigations proved the possibility of automatic chemical monitoring of the phosphating of the drum boilers and quantitative control of potentially acidic impurities in the feed water in oncethrough boilers. The normative STO NP INVEL document developed at OAO VTI in 2009 is proposed as the basis for alterations and amendments. A new index, the total organic carbon, is introduced into this document. The Standardized value of this index in the drum boiler feed water and steam is 100 μg/dm3. According to the above normative document, the scope of the chemical monitoring should be extended by measurements of the specific conductance of the direct and H-cation samples of both the feed and the boiler water. The content of chlorides should also be Standardized. For the first time, normative restrictions are suggested on amine-containing water chemistry of the power-generating units with the combined cycle gas turbines. Flowcharts are proposed for pretreatment of the make-up water on the basis of low-mineralized natural waters with high organic substance contents, which reduces the oxidizability by 70–80%.

Marcel Sabin Popa - One of the best experts on this subject based on the ideXlab platform.

  • SAP PLANT CONNECTIVITY
    2018
    Co-Authors: Dan Bizubac, Marcel Sabin Popa, Bernd Otto Hörmann
    Abstract:

    SAP Plant Connectivity (PCo) is a framework, set of services and management tools that enables the exchange of data between a SAP system and the Industry-Specific Standard data sources of different manufacturers, such as process control systems, control devices, plant historian systems, SPC systems, TCP Sockets, and SAP Manufacturing Products (SAP ME, SAP MII, SAP EWM, SAP ODA and so on). With this application companies can receive tags and events from the connected source systems in production either automatically or upon request and forward them to the connected SAP systems. Furthermore, using PCo, manufactures can execute, receive, and process OPC UA method calls and thereby also map complex coordination tasks in the programmable logic controllers (PLC) environment. The research is carried out with the support of the Technical University of Cluj-Napoca.

Gunther Paul - One of the best experts on this subject based on the ideXlab platform.

  • Exchanging data between Digital Human Modelling systems : a review of data formats
    2014
    Co-Authors: Dominik Bonin, Sascha Wischniewski, Hans-joachim Wirsching, Andrea Upmann, Jessica Rausch, Gunther Paul
    Abstract:

    Digital human modeling (DHM) systems underwent significant development within the last years. They achieved constantly growing importance in the field of ergonomic workplace design, product development, product usability, ergonomic research, ergonomic education, audiovisual marketing and the entertainment industry. They help to design ergonomic products as well as healthy and safe socio-technical work systems. In the domain of scientific DHM systems, no industry specific Standard interfaces are defined which could facilitate the exchange of 3D solid body data, anthropometric data or motion data. The focus of this article is to provide an overview of requirements for a reliable data exchange between different DHM systems in order to identify suitable file formats. Examples from the literature are discussed in detail. Methods: As a first step a literature review is conducted on existing studies and file formats for exchanging data between different DHM systems. The found file formats can be structured into different categories: static 3D solid body data exchange, anthropometric data exchange, motion data exchange and comprehensive data exchange. Each file format is discussed and advantages as well as disadvantages for the DHM context are pointed out. Case studies are furthermore presented, which show first approaches to exchange data between DHM systems. Lessons learnt are shortly summarized. Results: A selection of suitable file formats for data exchange between DHM systems is determined from the literature review.