Category
Recently Viewed Products
-
IEST RP-CC042.1
$390.00$234.00 -
BS 10008-2
$444.50$266.70 -
BS 1006:B01C:LFS3
$55.88$33.53 -
ULC 102.4
$194.00$116.40 -
ANS 8.21
$60.00$36.00
ACI 131.2R – Guide to Use of Industry Foundation Classes in Exchange of Reinforcement Models
This guide provides a protocol for the exchange of data related to reinforcing steel between software applications. This guide presents a human-readable list of reinforcing steel entities, attributes, property sets, and relationships, with sufficient specificity so that the format and syntax for machine-readable exchanges based on Industry Foundation Classes (IFC) can be employed, enhanced, or developed. This specific set of exchange requirements is referred to as a model view definition (MVD). Material and geometric attributes, property sets, and relationships, both required and optional, that address most reinforced concrete applications for buildings and nonbuilding structures are presented. This guide is intended to be used by building information modeling (BIM) software developers to assist in the development of consistent and accurate exchanges of reinforcing steel information between applications.
Product Details
- Published:
- 10/01/2017
- ISBN(s):
- 9781945487811
- Number of Pages:
- 52
- File Size:
- 1 file , 9.7 MB
- Note:
- This product is unavailable in Russia, Ukraine, Belarus
Related products
-
ACI SP-347
$69.50$41.70Add to cartRecent Developments in High Strain Rate Mechanics and Impact Behavior of Concrete
Published by Publication Date Number of Pages ACI 03/01/2021 268 -
ACI SP-350
$69.50$41.70Add to cartThe Concrete Industry in the Era of Artificial Intelligence
Published by Publication Date Number of Pages ACI 11/01/2021 183 -
ACI SP-349
$69.50$41.70Add to cartFoundations for Dynamic Equipment
Published by Publication Date Number of Pages ACI 04/01/2021 773 -
ACI SP-342
$69.50$41.70Add to cartAdvanced Analysis and Testing Methods for Concrete Bridge Evaluation and Design
Published by Publication Date Number of Pages ACI 06/01/2020 204