نرم افزار RCDC
RCDC CONNECT Edition یکی دیگر از محصولات قدرتمند کمپانی Bentley در زمینه طراحی و آنالیز سازه های ساختمانی می باشد که تمرکز اصلی این نرم افزار بر روی سازه های بتنی است. RCDC با ارائه یک فرآیند کاملاً یکپارچه، تمام عملیات تجزیه و تحلیل را به طراحی و مدلسازی جزئیات، ترسیم، برآورد و گزارش گیری پیوند می زند. برای مهندسینی که از STAAD.Pro به عنوان ابزار تحلیل در فرآیند طراحی خود استفاده می کنند، RCDC یک پیشنهاد کاملاً جدید است که روند آنالیز و طراحی را بهبود بخشیده تا زمان مورد نیاز برای آماده سازی و رساندن طرح های بتنی به ساختمان سریعتر انجام گیرد. از RCDC می توان در انواع پروژه های مسکونی، تجاری، صنعتی، ساخت برج ها و پروژه های زیربنایی استفاده کرد.
iTwin Synchronizer به شما امکان می دهد تغییرات طراحی را از برنامه
طراحی دسکتاپ با iTwin در Cloud همگام سازی کنید. تغییرات طراحی در یک
جدول زمانی از تغییرات ثبت می شوند و یک ممیزی از افرادی که چه چیزی را در
چه زمانی تغییر داده اند ثبت می کند. اعضای تیم و ذینفعان پروژه می توانند
داده های ذخیره شده در iTwin را از هر مکانی با یک مرورگر وب استاندارد
مشاهده، تأیید و تجزیه و تحلیل کنند.
قابلیت های کلیدی نرم افزار RCDC CONNECT Edition:
- تحلیل و مدلسازی سازه های بتنی در ساختمان سازی
- اندازه گیری، تخمین و ارائه گزارش از فرآیند طراحی و آنالیز
- امکان انتخاب متریال های مختلف در طراحی مدل
- در نظر گرفتن عوامل طبیعی مثل باد و زلزله در آنالیز و طراحی
- استفاده از ساختار های هندسی مختلف
- قابل استفاده در پروژه های مختلف مسکونی، تجاری، صنعتی، زیربنایی، ساخت برج ها و ...
- و ...
Bentley Systems Incorporated is pleased to announce the availability of RCDC (SACD) CONNECT Edition is a brand new offering that will vastly improve the process and reduce the time needed to get concrete designs to site, for engineers who are using STAAD.Pro as the analysis workhorse in their design process.
- Addition of Pile-cap deign in Australian code - AS 3600:2018.
Design of Pile-cap as per AS 3600 : 2018 is now available as general availability. User can now design the pile-cap with all available pile configurations in RCDC.
- Addition of Tapered and Stepped type wall in the Tank structure module.
In RCDC 11 tank walls with uniform wall thickness could be designed. In this release, design of tapered and stepped (up to 3 steps) walls can be designed. For Stepped wall, if the wall consists of multiple parametric surfaces one above the other with different thickness in the analysis model, then wall will be identified as stepped wall. Design will be performed as per the available thickness at various section locations for both the walls. User can change the definition of wall with uniform thickness (in analysis model) to 'Tapered' in RCDC and set thickness at Bottom and top of wall. Design calculation, drawings and all other reports will be available for new types of walls.
- Exporting Tank wall geometry and reinforcement data to ISM.
Option is now available to user to export tank wall, tank slab, columns, and beams geometry with reinforcement data to ISM. This facility is available only if user designs the tank structures and column & beams are present in the tank analysis file. Using ISM user can export the data to Structural Synchroniser or Pro-structure to view 3D geometry with detailing of the reinforcement for tank wall, slab, column, and beam module.
- Addition of load type for Earthquake and Wind loads in Euro code.
In Euro code there are different material safety factors for persistent and accidental load types. Now the option is available to define the load type for Earthquake and Wind load based on the design requirements. Based on the project and design requirements, user can now define earthquake/ wind load as persistent or accidental. Accordingly, material safety factors would be used in the design of various elements available in software.
- Addition of Soil and Fluid load in the load case list.
New load types are added in the list of basic load case for Soil and Fluid type. These load types are specifically added from the requirement from tank structure design. Presently Soil load is treated as a dead load and Fluid load is treated as Live load to create load combinations.
Following are the Enhancements made in this release.
- ADO ID – 687255 – Area of Links required for Torsion are provided as outer links in Euro Beam design.
In the earlier versions, the total area of shear links was calculated considering the combined effect of shear and torsion. Now the outer links alone are designed to resist the effect of torsion. The total area of shear stirrups is also checked for combined effect for shear and torsion. This is applicable to all Euro design codes.
- ADO ID – 668548 – Area of main reinforcement to be used in shear check is revised for Euro code column and wall design.
The percentage area of main reinforcement to be used for shear design for column and wall has been revised. For column (Non-ductile and ductile) and Non ductile wall, 50% of total main reinforcement provided in considered. For shear walls it is considered as 20% of the total reinforcement provided.
- ADO ID – 576851 – Reading UPT section from STAAD RCDC can read now all shapes available from STAAD (those assigned with concrete material).
List: Wide Flange (I-Shaped), Channel (C-Shaped), Angle (L-shaped), Tee (T-Shaped), Circle, Rectangular
Following are the list of Defects Resolved in this release.
- ADO ID – 713713 – Parametric surface forces sign issue
Issue regarding sign of the axial force if the wall is modelled as a parametric surface in STAAD has been resolved.
- ADO ID – 731141 – Column crack-width design issue
If there is axial tensile stress in the column due to axial tension or high bending moments, it was showing incorrect crack-width values. This issue has been resolved now.
- ADO ID – 682255 – Euro Beam Shear value presentation issue
For Beam design as per Euro code, the shear reinforcement required values was wrongly presented in the design calculation report. Correct value is presented in this release.
- [bADO ID – 683078[/b] – Euro Beam Side face reinforcement issue
In earlier version, side face reinforcement was provided based on the spacing criteria of crack control which was depend on the reinforcement grade. As crack control spacing is not applicable to side faces of the beams, now the side face reinforcement provided as per other design criteria like spacing and diameter.
RCDC is the industry leading concrete detailed engineering software. It is a powerful software that delivers a completely seamlessly integrated process linking analysis to design & detailing, drawings, estimation and reporting.
RCDC is used across a wide spectrum of industry including high rises, residential, commercial, industrial and infrastructure projects.
Bentley Systems, Incorporated. is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.
سیستم مورد نیاز نرم افزار RCDC
The following hardware requirements are suggested minimums. Systems with increased capacity provide enhanced performance.
Intel® Pentium or AMD® processor 3.0 GHz or greater.
1GB minimum, 2 GB recommended (4GB for STMD.Pro Advanced). More memory almost always improves performance,particularly when working with larger models. 4 GB (8 GB for STMD.Pro Advanced) or more can help speed up solutions for very large complex models with large numbers of load cases.
Graphics card supported by OpenGL. See the graphics card manufacturer for latest information on graphics drivers.256 MB of video RAM or higher is recommended. If insufficient video RAM or nographics card supported by OpenGL can be found, the application willattempt to use software emulation.For optimal performance,graphics display color depth should be set to 24-bit or higher.When using a color depth setting of 16-bit. some inconsistencies will be noted.
A minimum screen resolution of 1280x1024 is required .but higher is recommended.
Note: 4k displays are currently not supported.
Requirements will vary depending on the modules you are installing.A typical minimum is SOOMB free space.
Supported Operating Systems:
- Windows 10 (64-bit) - Home. Pro.Enterprise.and Education
- Windows 8.1(64-bitl - Standard,Pro.and Enterprise
Note:You must have the following Microsoft updates installed on your machine:
- KB4340917 - For Windows 1o Version 1803 Builds. prior to 10.0.17134.191.The changes in KB4340917 are built into the August 2018 monthly update of Windows 1o.
- KB2999226 - For Windows 8.1.Windows Server 2008 R2 SP1. and Windows Server 2012
- KB2999226 - For Windows 8.1(64bitl
- KB2919355 - For Windows 8.1and Windows Server 2012
Bentley does not supportits software running on Micro·soft operating systems versions that Microsoft has ""retired"". For more information on Microsoft's application retirement policy. click here. For similar infor mation on Bentley products. refer to the Bentley Product Support article.
Note:Testing is performed on the latest operating system updates from Microsoft at the time of release.
Additional RAM.disk space. and video memory will enhance the performance of STMD.Pro.
The minimum amount of physical+ virtual memory required by the program is over 600MB. You may need to ensure that adequate amounts of virtual memory are available and that parameters such as paging file sizes should be large enough or span over multiple drives if the free space on any one drive runs low.
Another issue to keep in mindis the location of the TEMP parameter as inthe SET TEMP environment variable in Windows.While performing
calculations. dependingon the structure size.the program may create very large scratch files which are placed in the folder location associated withthe TEMP parameter. You may want to point the SET TEMP variable to a folder on a drive that has disk space sufficiently large to
accommodate the requirements for large size structures.
You should have a basic familiarity with Microsoft® Windows® systems in order to use the software.