Wilton Hill - Veterans Accommodation | Wilton, UK
Godsell Arnold Partnership
Godsell Arnold Partnership|
|Location||Wilton, Wiltshire, UK|
|Size||14 m x 45 m x 16 m|
|Material||Steel, timber, masonry|
The Building provides temporary accommodation for Military service personnel returning to civilian life and consists of self-contained apartments. In addition there is a café area, training room and office spaces.
The building consists of a steel frame to the front ground and first floors and load bearing masonry the lower ground rear wings.
These support a timber frame structure for the upper floors all clad in masonry. On a sloping site the rear wings are cut into the ground with concrete retaining walls.
Used MasterSeries products:
MasterFrame for the steel frame analysis and design
MasterKey: Wind Analysis for wind load generation
MasterSeries Connection Design for steel connection
MasterSeries Masonry Design for the load-bearing masonry
MasterSeries Retaining Wall for the concrete and masonry retaining walls
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
Fast, intuitive and advanced masonry design software. Quickly design reinforced and unreinforced masonry wall panels and columns using state-of-the-art technologies. Design to British Standard & Eurocodes.
Design of both reinforced and unreinforced concrete and masonry gravity retaining walls with complex soil environment to the Eurocode, British Standard and to other international standards.
Design of members in steel structures analysed using MasterFrame, or MasterPort. Design to Eurocode, British Standard and South African codes
The UK's two leading software programs for the design of Structural Steel Connections. Design Connections in Portal and Multi-Storey frames to Eurocode 3 and BS 5950 with ease<br />
Advanced structural frame analysis software for analysing everything from beams and trusses to multi-story frames and complex 3D multi-material structural models
Makes light work of applying wind loading to any structure modelled in MasterFrame