PV 2017top6.0001 Computer Aided Design of petrochemical static equipment Desktop System

PV 2017top6.0001 Computer Aided Design of petrochemical static equipment Desktop System

The Computer-Aided Design Desktop System (Pv desktop 6.0) of petrochemical static equipment mainly includes the following:

Horizontal Container analysis hvslwin 6.0 Vertical Container analysis vvslwin 6.0
Tower container analysis tvslwin 6.0 U-tube heat exchanger analysis uhexwin 6.0
Analysis on fhexwin 6.0 fixed tube sheet Heat Exchanger shexwin 6.0
Spherical Storage Tank analysis sphwin 6.0 cylindrical storage tank analysis tankwin 6.0

Container component drawing pvdraft 2.0 shell heat exchanger drawing htrxcad 2.0
Container drawing veslcad 2.0
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+ For long-term validity, contact:
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+ Connection Q. Q: 1140988741 Tel: 18980583122
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+ Skype: [email protected]
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+ Contact. System Email: [email protected] [email protected]
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Component calculation description

Circular cross-section container instructions
Heat Exchanger Tube Sheet User Manual
Non-circular cross-section container User Manual
Seal Structure User Manual

It has been widely used in practical projects and shows that:

The software has complete functions and is highly practical. It covers common equipment, such as towers, vertical containers, horizontal containers, heat exchangers, and compression components and assembly in the petrochemical industry.
After a large number of tests, the computing results of the software are reliable and stable.
The software calculation method complies with national standards and industries such as GB150 Steel Pressure Vessel, gb151 shell heat exchanger, and jb4710 Steel Tower container.
Standard.
The software provides a complete set of standard databases for materials and parts, and incorporates rich design experience. On this basis, it provides open design options and reasonable
The default design parameters make the software have sufficient intelligence, good integrity, and considerable flexibility to meet the design requirements.
The software uses a 3D Visual interactive interface, which is the first of its kind in China and has reached the international level. Model and device structure Assembly tree are closely integrated and operated
It is intuitive and convenient, and conforms to the data input habits, so that the use of the software is closer to the actual engineering design process.
The software provides a detailed help system for easy query.
The software uses modern software engineering methods to improve the scalability and maintainability of the software and enhance the vitality of the software.