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STRUCTURAL CONCRETE DESIGN A Comprehensive Computer Package for the Analysis and Design of Reinforced and Prestressed Concrete Structures The RAPT analysis and design package for reinforced and post-tensioned concrete structural systems has been written and developed by practising structural engineers as an everyday design tool. It is comprehensive in its treatment of the analysis and design of structural concrete GUYS I NEED THIS SOFTWARE FULL VERSION.I KINDLY REQUEST YOU GUYS TO PROVIDE THIS SOFTWARE.
I used ADAPT extensively and designed several multistory PT buildings. Korichnevie videleniya na 9 denj posle podsadki embrionov. ADAPT has two softwares: ADAPT PT and ADAPT Floor Pro. ADAPT PT is a 2-D program which will use equivalent frame method (EFM) for two-way slab design, which follows ACI318 codes. ADAPT Floor Pro is a 3-D program based on FEM analysis.
Feb 23, 2019 - All versions. The RAPT analysis and design package for reinforced and post-tensioned concrete. Write a review about this program. Crack Full Version is a search engine to find your favorite torrents.Download Torrent Download.
Typically you design each design strip in 2-D and then tranfer the 2-D results to 3-D (by just one click) to confirm your results or obtain more accurate deflection results. The 2-D and 3-D softwares work as a pair. Detailed information can be found from ADAPT websit at www. Ram Concept basically does the same thing. The program designs each strip using a internal design witch, but doesnot use EFM for two-way slab as recommended by ACI318. I've seen many people who use ADAPT PT 2-D to estimate the design and then transfer the 2-D results to Ram Concept. Which takes a longer time than ADAPT softwares.
At the same time, I heard that people complain about the deflection check in Ram Concept. RE: RAM Concept vs ADAPT-floor(ADAPT_PT) software. CoreyGuo If you are talking about older versions of Adapt Floor how were their deflection calculations any good/better? They did not even allow for cracking as I understand it and used a kcs multiplied for long term, completely meaningless. If you want real deflection calculations, allowing for cracking, and long term effects properly (not using a meaningles kcs factor which does not apply to PT members at all and is very inaccurate for RC members) use RAPT 2D.
Then you will get realistic estimates of long term deflection RE: RAM Concept vs ADAPT-floor(ADAPT_PT) software (Civil/Environmental) 23 Oct 07 09:06. CoreyGuo, I realise that the latest version of Floor allows for cracking in its deflection calculations (I bet they forgot to reduce the torsional and column stiffnesses to allow for this cracking and only modified the flexural stiffness of the slab elements) but you mentioned that you had designed several multistorey PT buildings so most of them would have been done with older versions of Floor that did not allow for cracking. If the designs are banded/distributed tendon systems, then the deflection/cracking results will be interesting as moment redistribution will be occuring at service if the slabs are cracked and the effects of this on deflection would not be predicted correctly. Also, they are not complying with clause 9.5.4.2 of ACI318 for long term deflections. They bare using a multiplier which does not comply. All US PT design software uses multipliers for long term deflections.
These are meaningless. I checked the design of a PT beam with very high compressive stresses a couple of weeks ago and the equivalent kcs factor was 4.5. The number 2 is even more meaningless for PT design than it is for RC slab design. RAPT uses the EFM as defined in ACI318. Its deflection calculations comply with 9.5.2 for RC construction under the phrase 'Unless values are obtained by a more comprehensive analysis'.
It does the more copmprehensive analysis allowing for cracking and tension stiffening at minimum 16 points in each span plus allows for long term effects by carrying out a creep/shrinkage analysis under the permanent load condition. This long term check is the only way to satisfy 9.5.4.2 for PT members.