Concrete: Spreadsheets to British and Eurocode V4a The Concrete Centre









RC Spreadsheets Version 4



Version 4a is now available



The popular RC-spreadsheets package has been revised following the recent amendment to the UK National Annex to Eurocode 2 in December 2009. Version 4 of the spreadsheets provides for rapid production of design calculations to Eurocode 2 and the UK NA. The RCC series of spreadsheets have also been modified: they are suitable for design calculations to the now withdrawn BS 8110 (up to and including Amendment 4).



V4 formally introduces:



TCC 15 Axially loaded walls/slabs

TCC 55X Axial Column Shortening: 24 storeys

TCC 62 Retaining Wall

TCC 63 Core Wall Design and

TCC 94 Two Way Slabs



What does RC Spreadsheets do?



For the experienced engineer, the spreadsheets allow the rapid production of clear and accurate design calculations. For post-graduates and new engineers they encourage understanding of concrete design and help the gaining of experience by studying 'what if' scenarios. The individual user is able to answer their own questions by chasing through the cells to understand the logic used.



Since their release in January 2000, the RC Spreadsheets have proved to be enormously popular. They are written for engineers by engineers. The original spreadsheets have evolved and been added to and the usefulness and robustness of the product have been enhanced by users feedback. If you have any comments please let us know.







For more information, please go to

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Notes:

The Concrete Centre issure a warning that if any attempt to use RC Spreadsheets without having purhcased the license first, then you will be invoiced for the full amount of the product.



RC Spreadsheets V4 costs £100 + VAT per individual and £500 + VAT per company address.



Content



ADMIN\

ByOthers\

Menu.xls

RCC11 Element Design.xls

RCC12 Bending and Axial Force.xls

RCC13 Punching Shear.xls

RCC14 Crack Width.xls

RCC21 Subframe Analysis.xls

RCC31 One-way slabs (A&D).xls

RCC31R Rigorous one-way slabs.xls

RCC32 Ribbed Slabs (A & D).xls

RCC32R Rigorous Ribbed Slabs.xls

RCC33 Flat Slabs (A & D).xls

RCC41 Continuous Beams (A & D).XLS

RCC41R Rigorous Continuous Beams.XLS

RCC42 Post tensioned Analysis & Design.xls

RCC43 Wide Beams (A & D).XLS

RCC51 Column Load Take-down Design.xls

RCC52 Column Chart generation.xls

RCC53 Column Design.xls

RCC54 Circular Column Charting.xls

RCC61 Basement Wall.xls

RCC62 Retaining Wall.xls

RCC71 Stair Flight & Landing - Single.xls

RCC72 Stairs & Landings - Multiple.xls

RCC81 Foundation Pads.XLS

RCC82 Pilecap Design.XLS

RCC91 One-way Solid Slabs (Tables).xls

RCC92 Ribbed Slabs (Tables).xls

RCC93 Flat Slabs (Tables).xls

RCC94 Two-way Slabs (Tables).xls

RCC95 Continuous Beams (Tables).xls

TCC11 Element Design.xls

TCC12 Bending and Axial Force.xls

TCC13 Slab Punching.xls

TCC14 Crack Width.xls

TCC15 Resistance of Retaining Members (2).xls

TCC15 Resistance of Retaining Members.xls

TCC21 Subframe Analysis.xls

TCC22 FE Assistant.xls

TCC31 One-way Slabs.xls

TCC31R Rigorous One-way Slabs.xls

TCC32 Ribbed Slabs (A & D).xls

TCC33 Flat Slabs (A & D) for CELSA Jan 2011.xls

TCC33 Flat Slabs (A & D).xls

TCC33X Flat Slabs.xls

TCC41 Continuous Beams (A & D).xls

TCC41R Rigorous Continuous Beams.xls

TCC42 Post tensioned Analysis & Design.xls

TCC43 Wide Beams (A & D).xls

TCC51 Column Load Take-down Design.xls

TCC52 Column Chart generation.xls

TCC53 Column Design.xls

TCC54 Circular Column Design.xls

TCC55 Axial Column Shortening.xls

TCC55X Axial Column Shortening.xls

TCC62 Retaining Wall.xls

TCC63 Core Wall Design.xls

TCC71 Stair Flight & Landing - Single.xls

TCC81 Foundation Pads.XLS

TCC82 Pilecap Design.XLS

TCC94 Two-way Slabs (Tables).xls