Bentley Auto-vessel & Auto-PIPE | Arsalan Engineering Services

Design of Limpet coil reactor pressure vessel (coil wrapped vessel) using Bentley Auto-vessel

Limpet coil reactor vessels are used to control the temperature of the reactants with the help of heating or cooling media circulated through coils surrounding the main vessel. These type of pressure vessels are suitable for medium heat transfer requirement and heating application where heating media temperature is above 150 Centigrade (302 Fahrenheit). Coils are half piped welded on the outer side of the main vessel. A limpet coil is manufactured by first splitting a pipe and forming it into coil sections that are wrapped around the exterior of a pressure vessel. The coil is then welded into place using full penetration welds..

Design and analysis of pressurized metal vacuum filter for water treatment using Bentley AutoPIPE

This tutorial will cover

1. Modelling of filter vessel

2. Results extraction and analytical analysis

3. Generating 2D Engineering drawing for complete assembly

4. Generating bills of material

Bentley Auto-vessel design and model pressure vessels based on international design codes and local load methods. Optimize flange designs to minimize costs based on design codes while ensuring safe vessel design. Generate bills of material, detailed vessel drawings, and detailed parametric 3D solid models. It reduces manual drawing time and rework with automated detailed drawings. Create fully dimensioned engineering drawings, managing white space and configuring drawing sheet layout. Customize data and connection details to meet manufacturer standards.

Design and analysis of multichambered skirt supported pressurized vessel using Bentley AutoPIPE

This tutorial will cover

1. Modelling of pressure vessels with multi chamber, Results extraction and Generating Engineering drawings

Bentley Auto-vessel design and model pressure vessels based on international design codes and local load methods. Optimize flange designs to minimize costs based on design codes while ensuring safe vessel design. Generate bills of material, detailed vessel drawings, and detailed parametric 3D solid models. It reduces manual drawing time and rework with automated detailed drawings. Create fully dimensioned engineering drawings, managing white space and configuring drawing sheet layout. Customize data and connection details to meet manufacturer standards.

Design and analysis of pressurized vertical liquid vessel using Auto vessel : ASME VIII Div.1 2019

This tutorial will cover 1. Modelling of pressure vessels and its component. 2. Results extraction and analytical analysis 3. Generating 2D Engineering drawing for complete assembly 4. Generating bills of material

Bentley Auto-vessel design and model pressure vessels based on international design codes and local load methods. Optimize flange designs to minimize costs based on design codes while ensuring safe vessel design. Generate bills of material, detailed vessel drawings, and detailed parametric 3D solid models. It reduces manual drawing time and rework with automated detailed drawings. Create fully dimensioned engineering drawings, managing white space and configuring drawing sheet layout. Customize data and connection details to meet manufacturer standards.

Design and analysis of Pressurized liquid tank using Bentley Auto -vessel

This tutorial will cover

1. Modelling of water storzge tank, Results extraction and Generating Engineering drawings

Bentley Auto-vessel design and model pressure vessels based on international design codes and local load methods. Optimize flange designs to minimize costs based on design codes while ensuring safe vessel design. Generate bills of material, detailed vessel drawings, and detailed parametric 3D solid models. It reduces manual drawing time and rework with automated detailed drawings. Create fully dimensioned engineering drawings, managing white space and configuring drawing sheet layout. Customize data and connection details to meet manufacturer standards.

Modelling and sagging optimization of pipeline using AUTOPIPE under gravity and wind load

AutoPIPE provides you with a comprehensive and advanced software tool specializing in pipe stress analysis. Increase your productivity and improve quality control with an intuitive modeling environment and advanced analysis capabilities. Ensure efficient workflows between pipe stress engineers, structural engineers, and CAD designers through interoperability with leading plant design applications. AutoPIPE includes special features for advanced buried pipeline analysis, operational (hot) clash detection, wave loading, fluid transients, and FRP/GRP or plastic pipe. AutoPIPE automatically determines the optimal pipe support locations to satisfy your design requirements with the most cost-effective solution, without sacrificing quality or safety.

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Design of Limpet coil reactor pressure vessel (coil wrapped vessel) using Bentley Auto-vessel

Design and analysis of pressurized metal vacuum filter for water treatment using Bentley AutoPIPE

Design and analysis of multichambered skirt supported pressurized vessel using Bentley AutoPIPE

Design and analysis of pressurized vertical liquid vessel using Auto vessel : ASME VIII Div.1 2019

Design and analysis of Pressurized liquid tank using Bentley Auto -vessel

Modelling and sagging optimization of pipeline using AUTOPIPE under gravity and wind load

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