Seismic livesocial

Seismic LiveSocial este un schimbător de jocuri pentru cei care doresc să-și construiască marca socială personală, să facă noi contacte și să creeze o voce unică și autentică. Pentru profesioniștii în vânzări, consilierii financiari și antreprenorii, LiveSocial ajută la conectarea și construirea de relații cu clienții și potențialii. Aplicația LiveSocial funcționează cu Facebook, Twitter, LinkedIn și alte platforme de rețele sociale. Doar conectați-vă cu conturile dvs. sociale pentru a începe.Folosim AI avansată pentru a descoperi cele mai relevante articole și pentru a vă permite să le programați în rețelele dvs. de socializare dintr-o singură atingere. Petreceți doar 5 minute pentru a programa o întreagă săptămână de postări.Doriți să vă organizați organizația? Trimiteți-ne un e-mail la adresa [email protected] pentru a afla mai multe despre Seismic LiveSocial for Enterprise și caracteristicile sale suplimentare care permit forței dvs. de vânzări să înceapă conversații valoroase.Repere:Partajare și programare cu o singură atingereConținut organizat din peste 11.000 de surse cu milioane de articoleOptimizare automată a programăriiRaportare puternică pentru a urmări implicarea publiculuiStarters sugerate de AIAscultați ce au spus alți clienți LiveSocial despre noi:"Seismic LiveSocial este un instrument plăcut și ușor de utilizat pentru a găsi conținut bun pentru a publica și construi marca personală. Am văzut îmbunătățiri semnificative în valorile noastre de vânzare socială datorită LiveSocial. Aceste îmbunătățiri au dus și la câștiguri financiare!" - Phil Lurie, VP Tehnologie de vânzări, SAP

As part of the FY24 Winter release (03/09/2024) we have significantly upgraded the user management capabilities. Seismic Platform SCIM APIs can be used to manage both Seismic Content and Seismic Learning users.📘Note: The below changes apply only to tenants that are upgraded with the latest user management enhancements.Moving from users in each application to a Seismic Platform user with multiple roles.Separate Lessonly and Seismic users​Users are centrally managed in the Seismic Platform​A Seismic Platform user with multiple roles​A user can have a Content role and a Learning role​Supported rolesContentPremiumBusinessPartnerLearningAdminCreatorManagerLearnerCustom roles🚧Roles are case sensitiveIn an upgraded tenant, SCIM API consumers need to take into account how Learning and Content users are managed.APIs are backward compatible, and they will continue to workBefore UpgradeAfter UpgradeCreate Lessonly User1. If the user is new to the Seismic Platform,then create a Seismic Platform User with one of the following Learning roles:- Admin- Creator- Manager- Learner- Custom roles2. If the user already exists in the Seismic Platform,then patch the existing Platform user with an additional Learning role.Create Seismic User1. If the user is new to the Seismic Platform,then create a Seismic Platform User with one of the following Content roles.- Premium- Business- Partner2. If the user already exists in the Seismic Platform,then patch the existing Platform user with an additional Content role.Update UserNo change to updating users.Delete Lessonly User1. If the user is a joint user, then patch the user to remove the Learning role.2. If the user is a Learning only user, then delete or deactivate the user.Delete Seismic User1. If the user is a joint user, then patch the user to remove the Content role.2. If the user is a Content only user, then delete or deactivate the user.In an upgraded tenant, we are transitioning from user types to more flexible user roles in our

Seismic Eruption 4.1 Seismic/Eruption: A program for the visualization of seismicity and volcanic activity in space and time. Download Seismic Eruption by Alan L. Jones Publisher: Alan L. Jones License: Freeware Category: Home & Education / Science --> Price: USD $0.00 Filesize: 15.9 MB Date Added: 04/27/2012 Link Broken? Report it --> Seismic/Eruption: A program for the visualization of seismicity and volcanic activity in space and time. Seismic/Eruption runs in a PC Windows environment. It displays maps of many portions of the world and displays earthquakes and volcanic...Read more PCWin Note: Seismic Eruption 4.1 download version indexed from servers all over the world. There are inherent dangers in the use of any software available for download on the Internet. PCWin free download center makes no representations as to the content of Seismic Eruption version/build 4.1 is accurate, complete, virus free or do not infringe the rights of any third party. PCWin has not developed this software Seismic Eruption and in no way responsible for the use of the software and any damage done to your systems. You are solely responsible for adequate protection and backup of the data and equipment used in connection with using software Seismic Eruption. Platform: Windows Category: Home & Education / Science Link Broken? Report it--> Review Seismic Eruption 4.1 Seismic Eruption 4.1 Reviews More Software of "Alan L. Jones"

With the help of the Seismic Detailing feature within RISA-3D, the program can handle a variety of column/beam moment and vertical brace connections with additional seismic level checks per the Seismic Design Manual (AISC 341 and AISC 358). These connections include: Reduced Beam Section (RBS) Moment Connection Welded Unreinforced Flange-Welded Web (WUF-W) Moment Connection Bolted Extended End Plate Moment Connections (Unstiffened and Stiffened) Bolted Flange Plate (BFP) Moment Connection Diagonal Vertical Brace Connection. Chevron Vertical Brace Connection. Rules for Export In order to export a seismic connection, you must do the following: Assign the connection with a Seismic Design Rule in RISA-3D. This defines what level of ductility (OMF, IMF, SMF, OCBF, SCBF) will define your connection and, if it is a seismic moment connection, which predesignated type (RBS, WUF-W, BFP, BEEP, etc.) it shall be designed as. Click on image to enlarge it Assign the connection with a Seismic Moment Connection Rule, if the connection is a moment frame connection. Click on image to enlarge it Assign the connection with the appropriate Diagonal Brace Seismic or Chevron Brace Seismic connection type, if the connection is a braced frame connection. Click on image to enlarge it Limitations Seismic moment connections must be connected to the flange of the column. The model must be solved in both RISAFloor and RISA-3D in order to send the lateral load combination results to RISAConnection. Seismic moment splice connections are not currently supported. The program does not put any limitations on which RISA-3D load combinations

Applicable to the tectonic environment of this region. The hazard considered herein was developed within the scope of the European H2020 SERA (Seismology and Earthquake Engineering Research Infrastructure Alliance for Europe) project, and includes a number of novelties, as further described in Sect. 3. 5. Need to better characterise seismic vulnerability: previous studies on seismic risk for Portugal used vulnerability models whose damage criterion was based on structural damage (i.e., maximum global drift), and neglected the vulnerability of other elements that tend to be damaged due to high accelerations (i.e. acceleration-sensitive components) (e.g., Silva et al. 2014b). Moreover, past efforts used different approaches for the vulnerability assessment of reinforced concrete structures and masonry buildings. In this study, we used the model proposed by Martins and Silva (2021) that provides vulnerability functions for the different components and follows a uniform methodology for all building classes, as further described in Sect. 5. The objectives of this study are to propose a new probabilistic seismic risk model for Portugal leveraging upon recently released models and datasets, and to identify the regions in the country with the highest seismic risk according to five risk metrics. The outcomes from this study are useful for the development of risk management measures, or to transfer the financial risk to the international (re)insurance market.2 Review of existing studiesOver the past decades, several studies covering Portugal have been devoted to the various aspects of earthquake hazard and risk. In this section, we summarize some of the most relevant studies that have influenced the model proposed herein.Regarding seismic hazard assessment, at the regional scale the SHARE project (2009–2013) (Woessner et al. 2015) aimed at establishing a uniform and consistent seismic hazard model for Europe. This involved selecting a set of ground motion models compatible with the European tectonic environment and generating a harmonized seismic source model. Later, within the scope of the European H2020 SERA project, Danciu et al. (2021) presented an update of the European Seismic Hazard Model (ESHM20), which has been officially adopted as an “acceptable representation of the seismic hazard in Europe” in the revision of Eurocode

With the exposure model from Silva et al. (2014b) to compute normalized economic losses. At the European scale, Crowley et al. (2021) presented the development of an earthquake risk model for the European territory, which resulted in the calculation of a risk index that combined economic and human losses. Additionally, Gkatzogias et al. (2022) assessed the impact of different seismic strengthening and energy renovation interventions for existing buildings. At the national scale, in addition to the previously mentioned studies by Silva et al. (2014b) and Sousa and Costa (2016), it is also worth mentioning the work by Sousa et al. (2022) that focused on the assessment of direct and indirect economic losses to the precast reinforced concrete industrial building stock in mainland Portugal. At the local or urban level, Xofi et al. (2022, 2023) focused on the assessment of seismic risk of the Metropolitan Area of Lisbon (MAL) using data from the 2011 national census. Additional studies covering Portugal (or specific regions or cities) can be found in Oliveira (2013).3 Seismic hazard assessment3.1 OverviewAs previously described, a few seismic hazard models have been developed in the past for Portugal, partially due to the need to include a seismic hazard zonation in design regulations, or within the scope of European projects (e.g., SHARE, SERA). From the review of the previous studies, we decided to adopt the latest European Seismic Hazard Model (ESHM20—Danciu et al. 2021). Unlike the previously released models, this proposal has not been properly applied in seismic risk analysis for Portugal, and it incorporates a number of relevant novelties, as further described in this section.3.2 Description of the seismic hazard model componentsThe European Seismic Hazard Model is comprised of three main components: a seismogenic source model, a ground motion model (GMM) logic tree, and a site model characterizing ground shaking amplification in the European territory.The seismogenic source model includes an area source model and a smoothed seismicity plus faults model. The epistemic uncertainty is handled through a complex logic tree model to account for different choices or assumptions in the seismogenic process such as different parameters in the magnitude-frequency