1.      Before you Begin

2.       Introducing SACS 11.2 CONNECT Edition Update

2.1        Enhancements to SACS Decommissioning tools

2.1.1        Load by Volume Calculation

2.1.2      Model Sectioning by Volume

2.1.3        Save View as Model File

2.2  New enhanced view management in Precede

2.3 PSI can now apply torsion on each pile segment based on t-z curve data

2.4 Tow Fatigue Analysis Added to the SACS Executive as an Analysis Sub-Type

2.5 SACS Marine Modules available in 64bit version only

2.6        Added support for intra-operable Launch in MOSES using the SACS Launch file and a SACS jacket model

2.7        Added ability to create model file from a Precede saved view

2.8        Joint Mesher Enhancements

2.8.1        Added ability to create hard edges

2.8.2        Added hardedge report in list file for created joints

2.8.3        Modified user defined plate surface offsets based on chord surface locations

2.9        Added more wind spectrum type to SPCWIN card to the Dynamic Response program similar to WINSPC card in Extreme Wind

2.10          Added support for ISM 6.0

3.       SACS 11.0 CONNECT Edition

4.       Installation Guide

5.       Product Activation

6.       Minimum System Requirements

7.       SACS System PC Recommendations

8.       Recommended Computer Specs for Wind Turbine Parallel Processing

9.       Documentation

10.        Details of Program Enhancements and Corrections

11.        Bentley Cloud Services Overview

12.        Trust Licensing

13.        Trust Licensing Best Practices

14.        SACS License Usage Preview

15.        Product Licensing FAQ

16.        Bentley Select Open Access

17.        Bentley Offshore Be Communities Website

18.        Problem Reports

1.     Before you Begin

2.     Introducing SACS 11.2 CONNECT Edition Update

SACS 11.2 CONNECT Edition release includes enhancements including:

 

2.1   Enhancements to SACS Decommissioning tools

2.1.1   Load by Volume Calculation

The SACS decommissioning tool has been enhanced to calculate the sum of forces and center of forces enclosed in a volume. The volume is user selectable by using the three axes sliders or typing the volume extents.

 

2.1.2 Model Sectioning by Volume

2.1.3   Save View as Model File

2.2  New enhanced view management in Precede

2.3 PSI can now apply torsion on each pile segment based on t-z curve data.

2.4 Tow Fatigue Analysis Added to the SACS Executive as an Analysis Sub-Type

2.5 SACS Marine Modules available in 64bit version only

2.6  Added support for intra-operable Launch in MOSES using the SACS Launch file and a SACS jacket model.

2.7  Added ability to create model file from a Precede saved view

2.8 Joint Mesher Enhancements

2.8.1     Added ability to create hard edges

2.8.2     Added hardedge report in list file for created joints

2.8.3     Modified user defined plate surface offsets based on chord surface locations

2.9  Added more wind spectrum type to SPCWIN card to the Dynamic Response program similar to WINSPC card in Extreme Wind.

2.10       Added support for ISM 6.0

3.     SACS 11.0 CONNECT Edition

SACS 11.0 CONNECT Edition release includes major enhancements including:

·         SACS-FAST Integrated Analysis - The SACS-FAST integrated analysis couples the SACS Wave Response module with the FAST wind turbine analysis program generating a fully integrated response from the wind, wave and current loading on the structure.

·         The seastate program has been enhanced to apply wind loads on volumes rather than areas. With this feature, wind loading can be done on single, three and four sided walls following the API 4F (4^th edition Jan 2013) specification automatically .

·         SACS-AutoPIPE interop workflow - Added ability to import piping geometry, support information, and support reactions from AutoPIPE. Also added the ability visually connect the piping supports to the structure in Precede and export these connections and the SACS model to AutoPIPE via pipelink where a combined structure/piping analysis can be performed.

 

·         Integration of the Collapse view postprocessor functionality into Precede.

 

 

·         Integration of the Interactive Fatigue postprocessor functionality into Precede.

 

 

·         Decommissioning tools added to Precede.

 

·         New precede interface for creating a 3D mesh of a joint connection was added.  Users can now graphically create ring plates, stiffener plates, gusset plates, or any other type of plate surface to be included when meshing a joint connection.

 

 

4.     Installation Guide

5.     Product Activation

The Product Activation Wizard is designed to step users through the product activation process. After a product is installed, you must obtain a license and then activate that license. Obtaining the license alone is not enough to complete the process. This wizard eliminates the confusion and makes it clear that obtaining a license and activating a product are two essential steps.

The Product Activation Wizard may be launched automatically at the end of the product installation process, assuming you turned on the Launch activation wizard option on the final page of the installation wizard. SACS products support a seven-day trial license status. Launch SACS 11.x. The following dialog will appear. Click on the “Bentley License Tool…” button.

 

 

 

The system will activate the licensed products.

 

6.     Minimum System Requirements

SACS CONNECT Edition (v11.x) has the following minimum system requirements:

·         Pentium 4 or higher central processing unit (CPU).

·         512 megabytes (Mb) of RAM minimum. SACS performance is dependent on the size of the SACS model and the amount of available system resources; see SACS System PC Recommendations below.

·         Microsoft Windows 7

·         Microsoft® Windows® 8/8.1

·         Microsoft Windows 10

·         Internet Explorer 6 or later

·         Windows Media Player (for analysis sound file support)

·         A hard disk partition with 800 Mb of free space is required for the SACS installation.

·         A video card with a chipset that supports OpenGL. A reference list may be found at Supported Graphics Cards.

·         CD-ROM or DVD-ROM drive.

·         Network Server and Network Client Installations - The Local Area Ethernet Network should be 100 Base-T or greater. TCP/IP network protocol is supported.

7.     SACS System PC Recommendations

SACS CONNECT Edition (v11.x) will run satisfactorily with most basic new PC configurations for both laptops and desktop PCs. For minimal configuration PCs or older PCs, the most notable degradation in performance will be in 3D rendering applications (Precede) and when model size exceeds 1000 joints. For models greater than 1000 joints it is recommended that additional memory and storage be added as stated below. The following recommendations are for optimal SACS performance.

·         RAM - 1024 megabytes (Mb) of free (1) RAM minimum, 4096 Mb or more is preferred. SACS will utilize all available RAM.  SACS performance is dependent on the size of the SACS model and the amount of available system resources.

(1)  Free RAM refers to available RAM after all operating system processes have been loaded.

·         CPU - A multi-core CPU is recommended although not required.

·         Operating System - Windows 7 Professional or later.

Note: All x86 versions of Windows cannot utilize more than 3200 Mb of RAM. The x64 version of Windows should be considered to take advantage of additional memory as well as future SACS upgrades.

·         Hard Disk - 800 Mb of free space is required for the SACS installation. A SATA RAID 0 hard disk is recommended for optimal analysis performance.

Note: After the SACS installation is complete the free space used for executions should not fall below 50% of the total drive capacity. Total free space for execution should be at least 1 gigabyte for small models solutions. Very large model solution could require 400 gigabytes or more.

·         Video Card - A video card that supports OpenGL is required for all 3D rendering SACS products. It is very important to make sure that the graphics drivers on your computer are up to date for maximum performance and correct operation. A reference list of available video cards can be found at Supported Graphics Cards

8.     Recommended Computer Specs for Wind Turbine Parallel Processing

·         Processor: Fastest 64bit available (Intel i7 or better)

·         Number of Processors: Minimum 12 (without hyper threading preferred)

·         RAM: Minimum 12GB

·         BUS: Fastest Available

·         Storage: Solid State Drive 1.5TB-2.0TBUsing the Optimal Number of Processors.

It’s important to determine the optimal number of processors required for fastest processing by benchmarking the system by running multiple analyses using different number of processors to determine the number which gives the optimal speed.

9.     Documentation

Program Help: Detailed feature information may be accessed directly from the calling application by selecting the Help command, or by pressing the Help button from any of the application dialogs. Be sure to explore the program Help for answers to your questions.

On-Line Documentation: On-line documentation is available in PDF format and is accessible through Executive “Manuals” tab.

10. Details of Program Enhancements and Corrections

Collapse

·         An issue has been resolved in Common Solution File (CSF) generation in Collapse program. Collapse CSF can be now used to run Code Check.

·         Fixed issue where more than 50 PLSECT lines in psi input file crashes the program.

·         Implement the latest NORSOK -2013 joint strength check.

·         Fixed system error message when running collapse with a stiffened cylindrical section as an intermediate segment in a segmented member.

CollapseView

·         Fixed issue drawing angle, box, tee, unsymmetrical plate girder, prismatic and multi-segmented members.

·         Implement pile capacity feature.

·         Fixed issued with plasticity contours not matching on solid and wireframe modes.

·         Fixed issue that Ship impact plots could not be generated.

·         Plate thickness can now be displayed.

·         Fixed issue displaying members with local offsets.

·         Animation can now display the plasticity.

·         Pile joints and its properties are now displayed.

·         Integrated Collapse results viewing in Precede.

Combine

·         Fixed system crash when wave height and period are left blank in LCAS card.

·         Added the ability to combine solutions of two Dynamic Response analyses or Wave Response simulations with same time steps into a combined Common Solution File

·         Fixed issue where Combine overrides all OPTION values loaded from Common Solution File. The OPTIONS line is removed from COMBINE program and all values are set to values inside Common Solution File.

Data Generator

·         Fixed issue that Datagen did not recognize dynamic response file types.

·         Fixed issue with TAB key not moving to next input field.

·         Fixed issue that Datagen was removing the Blocking Factor in the CURR card when the option is set to “None”.

·         Fixed issue when changing units in the OPTIONS line.

·         LOADLB is highlighted correctly now.

·         Separated the two save buttons on the tool bar into two. Save and Save As...

·         Uppercase letters are now used by default.

·         Default fixities are entered as blank instead of ‘0’s.

·         Upending option has been removed from Datagen.

·         CONNECT Advisor is now integrated in Datagen.

·         Fixed issue in NORSOK 2013 were Allowable Limit was not been displayed.

·         Removed OPTIONS line from the combine program. See COMBINE entry above.

·         Added API 4F support.

·         Added joint can code check options in JCNOPT (FT91, FT84, FT82, NPD, NP90, NP84, DNV, DN83).

·         Fixed issue where WIND line not writing out the AS01 to the line from the line assistant, writing out AU01.

·         Fixed issue where JNTSEL line in a fatigue input file was allowing 5 characters for the joint entries.

·         Fixed issue where the column entries for the SUPP card in flotation was not matching the manual.

Dynamic Response

·         Fixed issue with Time-history input dyrinp where it was accepting up to 1000 input lines.

·         Improved program runtime performance.

·         Fixed issued where "Earthquake Time-History", Dynamic Response could not correctly generate load cases labels in OCI file when they more than 9999. The load case labeling are now changed to Alphanumeric.

·         Fixed issue where Lower frequencies where not accounted for in Spectral wind fatigue runs.

Dynamic Super Element

·         Added the ability to export stiffness, mass, and forces to a CSV file.

·         Fixed issue with rotational values when reordering degrees of freedom.

·         Added Gravity Acceleration and Model Gravity Direction calculation.

Dynpac

·         Included torsional mass in the generation of the mass matrix.

·         Added support for non-structural weight. WGTNS line is updated to handle up to 120 distribution joints.

Executive

·         Integrated CONNECT Advisor in the Executive.

·         Added support for SACS Uncoupled Wind Turbine strength design to handle all load cases for time history analysis.

·         Added the ability to Execute MOSES from the Executive

·         Fixed issue where the GH Bladed Process was creating different fatigue input files

·         Fixed issue the GH Bladed analysis was not creating the correct final results database

·         Added ability to handle a Wave Response + GAP analysis

Fatigue

·         Fixed issue with joint SCF override when GRPSEL is used.

·         Added option to print out stress vs cycle count for non-tubular members for time history analysis.

·         Added an option to override SCF for prismatic members.

·         Fixed an issue in spectral fatigue where the cone smaller OD in segmented members are not calculated correctly in Intermediate Member Fatigue Report.

GH Bladed Interface

·         Modified to support the latest GL Bladed file format.

·         Modified program to ignore FORM line and always assume unformatted file.

·         Fixed issue with incorrect beta angle during export.

Interactive Fatigue

·         Added Interactive fatigue post-processing capabilities to Precede.

Joint Can

·         Addend Ultimate Earthquake Analysis – API-RP2A 22^nd Edition.

·         Fixed issue for an RHS joint, the brace and chord member width and thickness were reported incorrectly in the listing file for box and RTB sections. Also, the RTB section properties used to calculate the unity ratio were incorrect. In addition, the number of chord members was incorrectly identified in a joint with multiple braces.

·         Added design of RHS joints in Joint Can based on CIDECT's 'Design Guide for rectangular hollow section (RHS) joints under predominantly static loading'.

 

Joint Mesh Utility

·         Fixed Issue with adjusting mesh length is causing program to crash.

·         Fixed Issue with member hard plane not dividing user defined plate surface.

·         Enhanced the meshing statistics report to display the member being meshed.

·         New precede interface for creating a 3D mesh of a joint connection was added.  Users can now graphically create ring plates, stiffener plates, gusset plates, or any other type of plate surface to be included when meshing a joint connection.

Launch

·         Added support for non-structural weight. WGTNS line is updated to handle up to 120 distribution joints.

Material Take Off

·         Added support for non-structural weight. WGTNS line is updated to handle up to 120 distribution joints.

·         Fixed issue with reading members from MBRLST line.  Not skipping blanks correctly, and not reading members 2-7 from MBRLST correctly.

Motion/Stability

·         Added support for non-structural weight. WGTNS line is updated to handle up to 120 distribution joints.

PILE

·         Added diagnostic to check for invalid effective length and diameter parameters when using the Kolk and van der Velde method for axial soil resistance.

POST

·         Fixed an issue for British code where section class label was not being printed properly and the UC ratios were infinite.

·         Fixed issue where LTB modification factor Cb was less than unity.

·         Fixed issue where Post crashes when analyzing wave response model with large number of load cases.

·         Fixed issued that listing file did not display allowable with AMOD factors applied when API 21st/22nd hydrostatic collapse controls.

·         Fixed issue that Hoop compression stress FHC is reported incorrectly.

·         Fixed issue that Box plate girder results were incorrect when using AISC/API 22^nd.

·         Fixed issue that Plate girder results were incorrect when using AISC/API 22^nd.

·         Fixed issue that Report generator crashed when no unity check is selected.

·         Fixed issue that Debug info was being written to the list file.

·         Fixed issue when creating postvue database when SPAN line is in file.

·         Fixed issue with listing showing a warning message that cone thickness is smaller than thickness of smaller cylinder for NORSOK 2013 code check.

Precede

·         Precede/Joint Mesh – Fixed issue where the coordinates shown in the joint mesh window do not change with cursor position in 64bit Precede.

·         Fixed Joint mesh file reading errors for JTMOPT line when mesh intensity, target plate length, and brace intersection fields are empty.

·         Fixed issue exporting to ISM where segmented members are shown as one member.

·         Fixed issue where any joint in the structure is moved using translate/rotate, the whole space load moved as well.

·         Fixed issue where Member labels were not drawn for Fy, KyLy or KzLz options.

·         Fixed issue where reverse cones were exported incorrectly to ISM.

·         Fixed issue where Member Mesh Tubular did not accurately take into account offsets at the second joint.

·         Fixed issue where tapered sections and unsymmetric plate girder were not exported correctly to ISM.

·         Fixed issue where member divide was not creating a new group.

·         Upgraded ISM export/import to ISM 6.0.

·         Fixed issues with ISM import/export for plate girders.

·         Fixed “No Braces Found” issue in Joint Can review.

·         The Seastate Weight feature failed to create a new load condition. A warning message that 'Load condition 'xxx' has not been defined' is now displayed when this feature is used to create a new load condition.

·         Fixed issue that the default value for the thermal coefficient was written to the model file incorrectly.

·         Integrated CONNECT Advisor.

·         Added the ability to graphically define mesh boundaries for use in Joint Meshing. This will automatically create a mesh input file to be used by the Joint Mesher.

·         Integrated Collapse results viewing in Precede.

·         Added the ability to divide all members that fall on a particular Z plane. This is used for decommissioning workflows.

·         Fixed issue where Eurocode overrides where not available with "Norsok 2013/ Eurocode 3" code check option.

·         Added ability to display wind volumes per the API 4F.

·         Added ability to import piping geometry, support information, and support reactions from AutoPIPE. Also added the ability visually connect the piping supports to the structure in Precede and export these connections and the SACS model to AutoPIPE via pipelink where a combine structure/piping analysis can be performed.

Pre-Processor

·         Fixed issue when a metric model has plate stiffeners defined with the SECT line, the results don’t match when the plate stiffener is defined with the PSTIF line.

·         Added ability to apply corrosion to plates.

·         Added ability skip ACDEF lines generated by seasate for wave response + gap analyses.

·         Added a warning message if joint flexibility is out of range.

PSI (Pile/Structure Interaction)

·         Fixed issue reading right-justified and left-justified data on PLTRQ line.

·         Added a warning when the soil properties are input with the soil bottom location not defined.

·         Fixed issue where PILE program would remain in an infinite loop when using API 10^th on some P-Y curves.

SACS FAST

·         The SACS-FAST integrated analysis couples the SACS Wave Response module with the FAST wind turbine analysis program generating a fully integrated response from the wind, wave and current loading on the structure.

Seastate

·         Fixed issue when the model is rotated about the z-axis with respect to the global coordinate system, the sign of the shape coefficient was to be wrong for some of the walls.

·         Added ability to handle the new 'PF' option on the OPTIONS line similar to the 'P2' option.

·         Fixed issue in report “SEASTATE CORROSION MEMBER OVERRIDE”, the density for corroded member with concentric tubular section was incorrect when load with corroded section calculation is chosen.

·         Now a crest position that is around 360 degrees is reported a 0 degrees.

·         Added API 4F support. Added the ability to enter additional joints in the AREA line.

·         Add new option to PGROV line to include corrosion.

·         Fixed issue converting water depth, mudline elevation, and minimum in-line current units for 2MET.

·         Add ability to apply corrosion to plates.

·         Fixed issue where a dummy structure that has joint part of a WGTNS crashes the program.

SESAM to SACS Converter

·         Fixed issue where SACS changes the flange thickness into 100 cm for all channel sections.

·         Fixed issue where Member concentrated load is not converting properly .

Wave Response

·         Added ability to write all load conditions.

·         Changed load condition name scheme for ‘ES’ option to allow more load conditions.

·         Added the ability to handle additional joints in the AREA and WGTNS lines.

·         Fixed issue where the blending for an inserted wave is not smooth and gives sudden jump in forces.

11. Bentley Cloud Services Overview

There is little doubt that the design of every infrastructure project today involves the collaboration of many individuals and organizations across multiple disciplines. It is with this context that we have developed Bentley Cloud Services to facilitate successful project outcomes for you and your organizations. Bentley Cloud Services helps you produce better designs by facilitating collaboration, interoperability, standardization and skills development. For an organization and enterprise, Bentley Cloud Services provides greater insight and control over project design, deliverables and the people working on them. In the sections that follow we look at some of the capabilities and services that are delivered today, with more being added every week, with Bentley Cloud Services to help you achieve even greater project and personal success. Please visit www.bentley.com/connect to keep up to date on the latest capabilities.

The core premise of Bentley Cloud Services is to facilitate successful project outcomes through common capabilities and shared services across desktop, mobile, server and cloud. To enable this, Bentley has utilized Microsoft’s Azure cloud-service to connect uniformly and consistently with and across users, projects, and enterprises. To enable the value and your success on Bentley Cloud Services it is imperative that users register for a complimentary CONNECTED account, sign in when using your CONNECT Edition products and associate your design models with a CONNECTED Project.

For more information on the benefits Bentley Cloud Services, you can visit the Bentley Cloud Services Overview Communities website.

12. Trust Licensing

SACS 11.0 uses Bentley SELECT Trust Licensing – the same licensing used by all other Bentley products. Trust licensing ensures uninterrupted access to run your Bentley software, regardless of the availability of licenses. In some software products from other vendors, a licensing service was used to check out a license when the application starts up and check it back in when the program exits. This restricts the use of software once all the current licenses are in use. SACS now uses the trust licensing approach that is a benefit of your Bentley SELECT subscription.

Trust licensing allows any member of your engineering team to run SACS at any time and eliminates the need to have an uninterrupted connection to SELECTserver and consequently this provides greater flexibility and greater reliability in operation. Instead of requiring the connection to SELECTserver, SACS simply records usage of the application and allows you to access reports to see how licenses are being used in your team. License usage is aggregated and reported back to SELECTserver on a regular basis, at least once every thirty days.

You can review your team’s usage of SACS via a web-based interface through a wide range of reports. These reports are available at http://selectserver.bentley.com and let you see who used what software and when. This information will be valuable to you in ensuring that you are getting best value from your software. The designated account contact for your organization will have permission to login to this server and to review these reports. This SELECTserver web portal also includes tools for managing licenses including managing check-outs, forcing check-ins of licenses, if required, and controlling access to applications.

If your recorded usage shows a peak usage that is greater than the number of licenses that you own, your Bentley account manager will contact you to discuss the usage. They will review with you whether your current license portfolio matches your license needs and can recommend a range of options to true-up to ensure you have the licenses you need. Peak usage is the maximum number of licenses that are used within any 1-hour period.

If you would like more information on SELECTserver , you can visit: http://www.bentley.com/en-US/Products/SELECT+Server/

For more information on the benefits of trust licensing and the true-up process, you can visit:  http://www.bentley.com/trust

For full technical details on SELECTserver licensing, start with the Introduction section of the following user manual:  https://selectserver.bentley.com/BSS/Admin/Help/en/index.html

13. Trust Licensing Best Practices

·         Use the License Management Tool installed with your applications to view what licenses you have available on a particular machine.

·         Ensure that your designated contact person and/or system administrator is able to sign in to selectserver.bentley.com and view reports on usage

·         Configure SELECTserver to send over usage messages to a designated administrator weekly

·         Use the Scheduled Reports function in SELECTserver to send usage reports to a designated administrator weekly Use these email and web reports to better understand how your team uses SACS licenses. In particular, the Peak Usage reports will indicate if your license usage matches your ownership.

·         If you wish to control which licenses can be used on which machines, use the Client Access Restrictions command in the Site Configuration menu of selectserver.bentley.com to apply these controls.

·         Communicate with your Bentley Account Manager about your license usage, particularly if you expect your peak usage to increase above the number of licenses you own.

·         Use license check-out only when you need to work off site without an internet connection for more than 30 days. There is no need to check out licenses when working in a connected environment and doing so will record that license as being continuously in use. This may add to your peak usage level.

 

14. SACS License Usage Preview

SACS 11.0 offers a tool to help manage license usage. The user now has the option to display a dialog describing the licenses to be used by the SACS run before execution starts and any usage is logged.

The dialog shown below is displayed prior to starting any SACS run. For this particular example, notice that the “Offshore License to be used” message is in red to highlight that SACS needs to move to a higher license from the default selected by the user, “SACS Offshore Structure” in this case. The dialog also displays any add-on licenses that will be used. If the user continues with the analysis by pressing “Yes”, SACS will run the analysis and log usage to those licenses. In this case, after the run, SACS will return to the default license.

 

The dialog below is an example of a run that uses the default offshore license.

 

The user has the option to not show the dialog by checking the “Don’t show again” check-box. The user can manage this setting in the SACS Systems Settings dialog.

 

15. Product Licensing FAQ

·        How do I configure the license SACS uses?

This support solution provides steps for configuring the package license used by SACS when it opens.

Background

SACS automatically retrieves a package license on startup to license modules such as SACS Precede. It can be configured to prefer a specific package license. It can also be configured to prompt for a package license on startup. This is useful for controlling license usage and ultimately costs.

Steps to Accomplish

o   Open the SACS Executive

o   Click the Support tab in the upper-left corner.

o   Click on "Select Default License" in the ribbon that appears.

o   In the dialog that displays, select the package license SACS should use by default. If your package license is grayed out, refer to the following activation instructions.

o   If your company uses licenses for more than one of the packages listed, you may want SACS to prompt the engineer for a package license each time the program is opened. In this case, enable the "Show at startup" checkbox. Otherwise if the checkbox is unchecked, the dialog will not be shown and SACS will default to the last used license from the previous open SACS session.

 

·        How do I monitor my license usage?

You can review your team’s usage of SACS via a web-based interface through a wide range of reports. These reports are available at http://selectserver.bentley.com  and let you see who used what software and when. This information will be valuable to you in ensuring that you are getting best value from your software. The designated account contact for your organization will have permission to login to this server and to review these reports. This SELECT server web portal also includes tools for managing licenses including managing check-outs, forcing check-ins of licenses, if required, and controlling access to applications.

If your recorded usage shows a peak usage that is greater than the number of licenses that you own, your Bentley account manager will contact you to discuss the usage. They will review with you whether your current license portfolio matches your license needs and can recommend a range of options to true-up to ensure you have the licenses you need. Peak usage is the maximum number of licenses that are used within any 1-hour period.

If you would like more information on SELECT server, you can visit: http://www.bentley.com/en-US/Products/SELECT+Server/

For more information on the benefits of trust licensing and the true-up process, you can visit: http://www.bentley.com/trust

·        When does the usage get logged against the licensed options? E.g. after a license option is selected or selecting a Tab or menu command or start the program or other process.

The usage of the default licenses selected in the startup license dialog box is logged on the launch of the SACS Executive. The usage of add-on packages such as SACS Fatigue, SACS Collapse…etc. will be automatically logged at the onset of an analysis type requiring the add-on package. The add-on package is automatically checked back in on the completion of the analysis. The table below shows the modules contained each add-on package.

 

·        Which license are required for different types of analysis?

The table below shows typical license usage for some of the different types of analysis required for offshore structures.

Analysis

License Type

OS

OSA

OSE

PSD

C

F

FA-DR

FA-WR

FAE

M

MA

ME

WT

Basic FE

x

Topside Design

x

Jacket Inplace

x

x

Wave Fatigue

x

x

x

x

Wind Fatigue

x

x

x

Seismic Design

x

x

x

Pushover Design

x

x

x

Ship Impact

x

x

x

x

Blast Analysis

x

x

x

Dropped Object

x

x

x

Installation Design

x

x

Motion Analysis

x

x

Wind Turbine

x

 

·        What is the best way to manage our company’s licenses?

 

·         Use the License Management Tool installed with your applications to view what licenses you have available on a particular machine.
 

·         Ensure that your designated contact person and/or system administrator is able to sign in to selectserver.bentley.com and view reports on usage.

·         Configure SELECT server to send over usage messages to a designated administrator weekly.
 

·         Use the Scheduled Reports function in SELECT server to send usage reports to a designated administrator weekly Use these email and web reports to better understand how your team uses SACS licenses. In particular, the Peak Usage reports will indicate if your license usage matches your ownership.
 

·         If you wish to control which licenses can be used on which machines, use the Client Access Restrictions command in the Site Configuration menu of selectserver.bentley.com to apply these controls.
 

·         Communicate with your Bentley Account Manager about your license usage, particularly if you expect your peak usage to increase above the number of licenses you own.

·         Use license check-out only when you need to work off site without an internet connection for more than 30 days. There is no need to check out licenses when working in a connected environment and doing so will record that license as being continuously in use. This may add to your peak usage level.

·        If I use more licenses than I own, will I automatically get a bill from Bentley?

If your license usage reports show that your peak usage is higher than the number of licenses that you own, your Bentley Account Manager will contact you and discuss options with you. These options may include adding more licenses, changing the mix of licenses that you own, quarterly term licenses or changing how you use licenses.

 

·        Do I need an internet connection to use my licenses?

 

For day to day use, a continuous internet connection is not required. You need an internet connection only when initially activating your license and at least once every month in order to record usage on the SELECT server. It is also possible to manually submit usage logs if your security requirements mean that an internet connection is not possible.

·        Do multiple sessions of SACS on one machine record multiple uses

No, usage is recorded per machine. Multiple instances of an application running on the same machine records 1 use, it does not record multiple uses.

·        Our SELECT licensing agreement mentions peak usage within an interval. What is that interval and how is peak usage calculated?

Other options to restrict license usage are available as described in the Bentley wiki below https://communities.bentley.com/products/licensing/w/licensing__wiki/13916.can-i-restrict-license-usage-to-checkouts-only

Note: To take advantage of the new 10min licensing does require to install the CONNECT Edition of SACS

https://communities.bentley.com/products/licensing/w/licensing__wiki/29899.how-to-take-advantage-of-bentley-s-allowance-for-usage-under-10-minutes

·        Do I need to check out licenses to use SACS 11.0?

There is no need to check out a license to your machine unless you are going to be working offline for 30 days or more. In fact, checking out a license will record the license as being in continuous use so this could potentially increase the calculation of your firm’s peak license usage.

·        Is the license usage logging secure and private?

Licensing uses the same usage logging mechanism you are using now with non-trust licensing. It transmits usage data using standard internet protocols and obscures user and machine names using a SHA-1 hash so that they cannot be read outside your company.

·        Where can I get training on how to understand and monitor license usage?

SELECT subscribers are able to access SELECT server training via the Bentley LEARN server.

 

·        What is Select Open Access?

SELECT Open Access is an industry first that provides any subscriber with unrestricted portfolio-wide access so they can employ the best and most comprehensive mix of Bentley applications for all disciplines for every project. For more information, see
 
http://ftp2.bentley.com/dist/collateral/docs/Select/Internal/2014SubscriptionChangesEmail.pdf

and also visit

http://www.bentley.com/en-US/Subscriptions/SELECT+Open+Access/

·        Is there a Demo mode? If so what functions are enabled for Demo mode?

SACS is not available in a demo mode.

·        Does the license dialog clearly identify the named license option matching the pricebook and SELECTServer?

The license dialog uses the same names as per the SACS pricebook and SELECTserver.

16. Bentley Select Open Access

SELECT Open Access is an industry first that provides any subscriber with unrestricted portfolio-wide access so they can employ the best and most comprehensive mix of Bentley applications for all disciplines for every project. For more information, see   http://ftp2.bentley.com/dist/collateral/docs/Select/Internal/2014SubscriptionChangesEmail.pdf  and also visit http://www.bentley.com/en-US/Subscriptions/SELECT+Open+Access/

17. Bentley Offshore Be Communities Website

This is where you can find and contribute to discussions, ideas, and other information about Bentley Offshore products.  https://communities.bentley.com/products/offshore/default.aspx

 

18. Problem Reports

We greatly appreciate any bug reports or suggestions you may have. Please report any bugs or anomalies you find through www.bentley.com/serviceticketmanager .