Software for Pressure Vessel Design

Competitive Advantages

The Product

VCLAVIS is innovative web-based software for pressure vessel and heat exchanger design, developed by a team of experienced engineers. Designed to revolutionize the industry, it provides a totally new web based platform that enhances accessibility, efficiency, and compliance in pressure vessel engineering.

Standout Elements Sales Enquiry

0/7

cloud access - work anytime, anywhere

0%

up to date with regularory changes

0x

efficiency boost - no hardware limits, no installations

0%

avg cost reduction compared to traditional software

The Product

VCLAVIS is innovative web-based software for pressure vessel and heat exchanger design, developed by a team of experienced engineers. Designed to revolutionize the industry, it provides a totally new web based platform that enhances accessibility, efficiency, and compliance in pressure vessel engineering.

Standout Elements

Sales Enquiry

0/7

cloud access - work anytime, anywhere

0%

up to date with regularory changes

0x

efficiency boost - no hardware limits, no installations

0%

avg cost reduction compared to traditional software

Supported Codes

1
ASME VIII DIV1
The standard for pressure vessel design ensures safety, reliability, and compliance. It provides design rules, material specs, and inspection guidelines to reduce risks.
Supported Code Chapters
2
EN13445
The European standard for unfired pressure vessels, ensuring compliance with EU regulations through stringent design, manufacturing, and testing requirements.
Supported Code Chapters
3
PD5500
The British Standard provides comprehensive guidelines for the design and construction of pressure vessels, emphasizing safety and structural integrity.
Supported Code Chapters
4
AD2000
The German pressure vessel code ensures high safety and quality standards, widely adopted in industries requiring strict regulatory compliance.
Supported Code Chapters

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Sales Enquiry

Product Presentation

Features

Explore More Features

Rigging analysis

Perform rigging analysis considering dynamic load factors. Implement rigging analysis results on the load set up of trunions or tailing lugs.

Verify in Seismic, Wind, Blast, Acceleration, Snow and Live Loads

Apply Eurocodes and ASCE wind and seismic data. Additionally evaluate the vessel under blast cases or transportation. Consider snow and/or live loads on the vessel or on vessel platforms. Differentiate the load implementation for dedicated custom load [...]

Local loads analysis

WRC 537, WRC297, PD5500, EN13445 and AD2000 dedicated rules are available.

Fatigue analysis

Perform simplified fatigue analysis with dedicated calculations per Code. Obtain all vessel geometric data and automatically apply fatigue factors to speed-up your designs.