MasterPort: Portal Frames Plus

Advanced analysis and design of elastic-plastic 3D portal frames and ancillary steel work. Design to Eurocode, British Standard, and SABS.

portal frame, frame design, 3d portal frame design, plastic hinge analysis, plastic design, wind load generation, snow load generation, eurocode, british standard, SABS, automatic steel design
OverView

MasterPort Plus is an innovative approach to the generation, analysis and design of elastic-plastic portal frames. The software provides a complete management system, where all structural aspects of a 3D portal frame building design can be considered with ease.

3D 3 spans steel hall with mezzanine

Using a range of comprehensive frame generation tools, MasterPort Plus enables you to model and design almost any portal frame structure in minutes.

3D steel frame generation tool

MasterPort Plus includes all the features of MasterPort, with the added benefits of full 3D modelling, automated wind loading and snow loading, along with advanced design group management.

Features
Rapid Model Generation
  • Fast and easy portal frame modelling for multi bay, props, lean-tos, mezzanine floors, parapets, canopies and much more
  • 3D portal frame generation at the click of a button
  • Crane loading generation
Automated Load Application
  • Imposed, Dead & Services loads defined separately
  • Varying Mezzanine beam loading
  • UK & Irish sites can get accurate wind loading values.  Define q for other regions.
  • Automatic Wind loading with full external and internal pressure co-efficients calculated
  • Automatic Wind loading on parapets, canopies & valleys calculated   
  • Automatic internal volume calculation for internal pressures
  • Control of dominant openings on each building face
  • Automatic wind size reduction factors applied
  • Automatic Snow Loading, including drift cases
Design 
  • Intelligent design management of portal members, gable members, bracing components etc.
  • Automatic member sizing and positioning of purlins, side rails and torsional restraints
  • Buckling analysis calculation of in-plane elastic critical load factor
  • Eurocode 3 design using guidance from SCI P397 on member LTB
Optional Add-Ons

MasterCAD: BIM Integration

Generation of full portal frame General Arrangement drawings and 3D Model drawings in an instant. BIM integration with other software packages, like Revit, Tekla, and any other system which implements IFC specification.

MasterKey: Moment Connections

For the design of eaves, apex, base-plates and beam and column splice connections. 

MasterKey: Concrete Design

Limited version of MasterKey: Concrete Design to fully design the pads with bearing, sliding, bending and punching.

Output

You can print MasterPort Plus output calculations and graphics to any Windows printer and to PDF. Users of Office Tools, can also export results directly to Microsoft Word (not supplied).

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Sample output:  View PDF 

Stand Alone Product

Requires no other MasterSeries modules

Part of Building Design Suite

Not part of Building Design Suite

Included in PowerPad

Not part of PowerPad

Integrated Product

Integrates with MasterCAD BIM and Concrete & Connection Design

Related Products
MasterSeries: Building Design Suite

The Building Design Suite brings together the core MasterSeries analysis, design and BIM software components to provide the ultimate 3D building design solution for large & medium multi-material building projects.

MasterSeries: PowerPad

MasterSeries PowerPad is the essential structural analysis and design suite for small building projects. This Lite version of MasterSeries is the ideal software for Engineers who require a wide range of design capabilities at an extremely affordable price

MasterPort: Portal Frames

Advanced analysis and design of elastic-plastic 2D portal frames. Design to Eurocode, British Standard and SABS.

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MasterFrame: Vibration design for composite floors and stairs

Date and Time of Webinar Thu, 15th August 2019, 1:00 PM – 2:00 PM BST

Join us for our next Webinar and get to know how to design composite floors and stairs to vibration using a state-of-the-art and accurate finite element based vibration analysis and design.

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