Jump to content

Search the Community

Showing results for tags 'china thickening equipment'.



More search options

  • Search By Tags

    Type tags separated by commas.
  • Search By Author

Content Type


Forums

  • Administrative
    • Site Announcements
    • Feedback, Suggestions & Recommendations
    • Technical Difficulties
  • Tattoo Forums
    • Member Introductions
    • General Tattoo Discussion
    • Q & A Corner
    • Show and Tell
    • Art Class
    • Contests
    • The Library
    • Party & Bullshit
  • MEMBERS ONLY
    • Shop Talk
    • Most Requested Topics (Best of)
    • The Apprentice
    • Tutorials
    • The Woodshed
    • Bulletin Board
    • The Marketplace

Find results in...

Find results that contain...


Date Created

  • Start

    End


Last Updated

  • Start

    End


Filter by number of...

Joined

  • Start

    End


Group


AIM


MSN


Website URL


ICQ


Yahoo


Jabber


Skype


Location


Interests

Found 1 result

  1. An MPC implementation approach is proposed which allows model parameters (related to the properties of different coal types) to be identified recursively online using the nonlinear process model. This is accomplished by utilizing the real plant data in the extended Kalman Filter based on the nonlinear model to predict the coal type parameters inside the China Thickening Equipment. This has the advantage of allowing the implementation of a linear MPC to reduce the complexity on the control algorithm. Coal preparation is an integral part of the coal commodity supply chain. This stage of post-mining, pre-utilization beneficiation uses low-cost separation technologies to remove unwanted mineral matter and moisture which hinder the value of the coal product. Coal preparation plants typically employ several parallel circuits of cleaning and dewatering operations, with each circuit designed to optimally treat a specific size range of coal. Recent innovations in coal preparation have increased the efficiency and capacity of individual unit operations while reinforcing the standard parallel cleaning approach. In order to study the mechanical bearing structure stability of soft surrounding rock of circular roadway nearby excavation face after "anchor-net-shotcrete" support, the surrounding rock of roadway was classified into crack zone, soften zone and elastic zone from inside to outside along radial direction of roadway according to surrounding rock deformation and mechanical features, among them the "anchor-net-shotcrete" support was mainly constructed in crack zone. Based on unified yield criterion, incremental constitutive equation and softened rock mechanical model, solutions of surrounding rock stress and deformation were obtained under the interaction of "surrounding rock-support". We must provide the reasonable process, choose the correct equipment configuration, not only the best quality and provide you with the most intimate housekeeping service, this is what we can do, also we should do. To get more information, visit this website: https://www.goldenmachine.net/product/classifying-equipment/
×