Pvelite 2007 – Tài Liệu Mới – chia sẻ ebook- download free

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Pvelite 2007


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BẤM ĐỂ XEM

Design Codes and Analysis Capabilities

PVElite is a comprehensive solution for a complete, structural design of tall process towers and horizontal vessels. 

Design Codes and Standards Implemented

COADE’s software keeps pace with the development of vessel design codes and standards by incorporating code changes and releasing product updates as these changes become mandatory.  The codes and standards implemented in PVElite include:

  • ASME BPV Code Section VIII, Division 1 & 2 – Rules for the Construction of Pressure Vessels
  • British Standard PD 5500 – Unfired fusion welded pressure vessels (formerly known as BS 5500)
  • ASCE 7 – Minimum Design Loads for Buildings & Other Structures
  • International Building Code 2000
  • Uniform Building Code
  • National Building Code of Canada
  • Indian standard (for Wind and Seismic load)
  • ASME/ANSI B 16.5 – Pipe Flanges and Flanged Fittings
  • Standards of the Tubular Exchanger Manufacturers Association (TEMA)
  • ASME B31.3 – Process Piping

The program includes following databases:

  • Material properties- Including the Allowable Stress and Yield Stress tables from ASME Sec. VIII, Div1and Div 2, PD5500 and TEMA.
  • AISC structural steel database.
  • ANSI flange dimension database.
  • ANSI pipe schedule database.
  • Default Basering dimension database.
  • Forged Vessel Connection catalog

Analysis Capabilities:

PVElite has a Component Analysis Module (also known as CodeCalc) and a complete integrated vessel modeling module.

The integrated vessel  module of PVElite can perform both new design and re-rate of an existing design. For new Vessel design, PVElite can quickly set required wall thickness for heads, shells and cones, and size components for valid combinations of pressure (internal and external), deadweight (erected, operating and hydrostatic test conditions), and wind and seismic live loads.  The program sums the weights of each element and all its details to calculate the compressive stresses in the vessel wall.  The live loads bend the vessel, creating both tensile and compressive stresses in the vessel wall.  Pressure, too, causes either tensile or compressive longitudinal stresses in the vessel wall.  PVElite combines these stresses  and adjusts the vessel wall on an element-by-element basis to ensure that this new vessel meets the minimum requirements for both tension and compression.

PVElite is also quick with vessel re-rates. Simply update the corrosion allowance or change the temperature and pressure requirements to have the program re-calculate the vessel’s MAWP– including the MAWP of attached flanges.

PV-Elite’s rigging utility shows the bending moments on a vessel during

Updated: December 25, 2015 — 7:04 pm
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