Other Design and Detailing Projects
Maternity and Oncology Centre, Stoke on Trent part of University Hospital of North Staffordshire
Design of three post tensioned slab (Levels 3 to 5) using bonded tendons without bottom reinforcement. Slab is 250mm, 275mm or 300mm thick and is supported by columns on a grid of 8.4m x 7.8m. Steel shearheads are placed above columns instead of traditional links due to high loads and to help to cut construction time on site. (Total building area 17.000m2)
New South Quarter, Croydon
Blocks A and B of new residential development. Design of 250mm thick post-tensioned slabs using unbonded tendons.
Paradise Dock, London
The development consists of five residential blocks – 3 to 6 storeys high. Design of post-tensioned slabs in blocks 1 to 4 using unbonded tendons. RC detailing of whole job.
Bradstowe House, Harrow
Residential development 10 storeys high. Design of all post-tensioned floors with slab thickness of 210mm using unbonded tendons. RC detailing of whole job. (Slab area 3700m2).
Fairfield Road, London
Residential and retail development of four blocks. Design of post-tensioned slabs, typically 215mm thick using bonded system.
Queen Alexandra Hospital, Portsmouth
New hospital building up to 8 storeys. Design of post-tensioned slabs 250mm and 350mm thick spanning in two ways using bonded tendons to eliminate bottom reinforcement.
Portland Walk, Worchester
Porcelain factory. Design of 600mm thick transfer slab using bonded tendons.
Wards Brewery, Sheffield
Residential and office buildings. Design of floor plates using bonded tendons to eliminate bottom reinforcement.
New Office Accommodation, Aldermaston
Two office buildings. Design of floor plates using bonded tendons.
Bangholm Terrace, Edinburgh
Residential development five storeys high. Design of post-tensioned slabs using bonded tendons, typical slab thickness is 250mm, spanning between columns up to 8.5m. (Slab area 2500m2).
Sutton’s Wharf North, London
Tender design of post-tensioned slabs for 7 blocks development.
