In this in-depth workshop, MasterSeries technical advisor Patrick McGinley walks through the complete workflow of modelling and designing concrete slabs and walls using the MasterFrame Finite Element Analysis and Concrete Slab & Wall Design modules
Join our Free MasterSeries Workshop!
Discover how to efficiently design a multi-storey concrete building using finite element (FE) surfaces, concrete beams, and columns.
We’re excited to invite you to our upcoming MasterSeries webinar on Thursday, 27th February, where we’ll take a deep dive into reinforced concrete frames, transfer slab design and shear assessment using FEA modelling.
In this webinar, we proudly showcased the design in MasterSeries, a recent multi-storey steel framed commercial building carried out by ADD Consulting of Lurgan, Northern Ireland. We reviewed the most interesting parts of the project, the challenges they faced, and how they solved them with the help of MasterSeries.
The latest "MasterSeries 2023" release now boasts additional features to MasterKey: Concrete Design for Pad Foundations, which gives you an additional Geotechnical Method for designing Pad Foundations known as the Eurocode 7 Direct Method, as well as our existing more conventional and conservative Prescriptive Method.
Watch the recording of our latest webinar and learn how to design and detail RC pile caps with up to 9 piles and pad foundations by integrating directly with the 3D structural model.
Concrete structures experience creep and shrinkage strains, which increase over time. Further more the concrete material may experience cracking, leading to reduction in stiffness. All these factors will affect the in-service deflection behaviour, but how can we take it into consideration in our design?