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Diseño estructural de soportes utilizando STAAD.Pro en integración al análisis de flexibilidad AutoPIPE

Diseño estructural de soportes utilizando STAAD.Pro en integración al análisis de flexibilidad AutoPIPE Disponível sob demanda Al utilizar dos aplicaciones complementarias de análisis y diseño en el mismo modelo estructural, puede abordar simultáneamente dos disciplinas de ingeniería mediante la interoperabilidad de datos para mejorar el rendimiento estructural. La combinación de las capacidades de diseño estructural de STAAD.Pro con el análisis de flexibilidad de AutoPIPE da como resultado una colaboración eficiente que puede ahorrar tiempo y dinero. Únase al seminario web, con ingenieros expertos, y descubra la manera más sencilla de diseñar y configurar una estructura de soporte de tuberías en STAAD, junto con el análisis y diseño de tuberías de AutoPIPE. Lo que aprenderá: Cómo usar STAAD para el diseño de soportes de tuberías, lo que le permite convertir un modelo estándar en un modelo analítico, reduciendo la repetición de trabajos y eliminando errores. Cómo usar AutoPIPE para diseñar la configuración de tuberías, proporcionando un análisis de flexibilidad completo y avanzado que incluye resultados gráficos e informes. Cómo iTwin Digital Synchronize puede utilizarse no solo entre estas dos aplicaciones, sino también con software de terceros, lo que resulta perfecto para colaborar en un gran proyecto multidisciplinario. Para inscribirse en nuestro

Still Managing Road and Bridge Designs Separately? See How to Connect Your Workflows

Still Managing Road and Bridge Designs Separately? See How to Connect Your Workflows Under IRC, Euro, and AASHTO Standards, unify geometry, corridors, utilities, and structural analysis in one workflow with Civil WorkSuite. Register Now Managing roads and bridges separately often leads to design conflicts, rework, and delays, especially with teams working in different locations. You need workflows that quickly identify, own, and resolve design errors to keep projects on track and meet deadlines. Bentley’s Civil WorkSuite helps road and bridge engineers work in a centralized, connected environment—minimizing rework, avoiding conflicts, and ensuring timely delivery. Join Bentley experts as they demonstrate an integrated workflow by using: OpenRoads ConceptStation for early-stage planning, geometry design, and cost estimation. OpenRoads Designer for corridor modeling, utility design profiles, and drainage design. OpenBridge Designer for complete structural modeling, analysis, and documentation. See how a unified civil model—from concept to construction—preserves design intent, eliminates data duplication, and supports BIM compliance for efficient project execution. Part One: Designing Roads’ Vertical and Horizontal Alignment: Geometry, Corridor, Utilities, and Drainage in a Single Workflow Available On-Demand This session will walk through how to plan and develop a complete road design, from conceptual layout to detailed modeling, using OpenRoads ConceptStation and

Design Smarter, Build Better: Intelligent BIM for Public Buildings, Infrastructure and Communities

Design Smarter, Build Better: Intelligent BIM for Public Buildings, Infrastructure and Communities Discover how context-aware BIM empowers better outcomes for real-world community projects. OpenBuildings Designer Webinar series Designing educational facilities, civic centers, parks, and public infrastructure demands more than just creativity—it requires precision, efficiency, and seamless collaboration. This series explores how architectural firms can tackle complex real-world contexts using intelligent BIM workflows. See how OpenBuildings Designer empowers architects to integrate diverse data sources, work flexibly with custom design elements, and deliver projects that are accurate, sustainable, and ready for construction. Discover the benefits of streamlined interoperability, energy analysis, and digital twin technology in transforming the way you design, document, and build. Episode One: BIM That Understands Place: Empowering Local Impact Through Community Architecture Available OnDemand Designing community buildings within real-world context, especially amidst complex urban settings or natural terrains, requires a deep understanding of place. Architects must navigate complex site constraints, local regulations, and the needs of diverse stakeholders. In such projects, effective collaboration and seamless interoperability become essential, especially during design and construction where misalignment can lead to costly setbacks. OpenBuildings Designer offers a place-aware BIM solution tailored for community architecture. It supports the entire building lifecycle—from early concept

Timber Design for Earthquake-Resilient Homes using RAM Elements

Timber Design for Earthquake-Resilient Homes using RAM Elements RAM Webinar series Load tracing for residential timber structures can be simplified with the structural analysis capabilities of RAM Elements. The software designs gravity and lateral systems, along with ancillary components, using built-in parameters and design indexes tailored for timber construction. With automated calculations and clear documentation for load-carrying members, RAM Elements helps streamline the entire workflow—from concept to deliverables. Join this webinar series to explore how RAM Elements can support your residential timber design projects with accuracy, efficiency, and confidence. Session One: Timber Gravity System Analysis and Design with RAM Elements Available On Demand In the first session, we’ll focus on designing the gravity load path. Starting at the roof, we’ll trace loads from ridge beams and sloped rafters down to joists, beams, and ultimately into the supporting columns and foundations. We’ll explore how to model and parameterize each structural component. And we’ll expose how RAM Elements automates the design of each member for both ultimate strength and serviceability, according to the NDS. What you will learn: Load tracing from roof to foundation. How to parameterize structural components for efficient design. How to completely automate member design. Session Two: Timber Lateral

Revolutionize Your Industrial Structures through Advanced Analysis and Design

Revolutionize Your Industrial Structures through Advanced Analysis and Design Series Industrial structures must withstand increasing demands—aging infrastructure, extreme weather, and complex loading conditions. To ensure resilience, safety, and efficiency, engineers need cutting-edge tools and methodologies for structural analysis and design. In this exclusive webinar series, we’ll explore advanced techniques for optimizing industrial structures by using Bentley’s STAAD and RAM solutions. Our experts will guide you through crucial aspects such as complex loading analysis, foundation design for vibrating machinery, and structural detailing for seamless project execution. Episode #1 – When Advanced Analysis is Crucial to Industrial StructuresEpisode #2 – Mastering Advanced Analysis and Design for Vibrating Machine FoundationsEpisode #3 – Achieving Enhanced Structural Detailing and Connection Design for Industrial Structures What you’ll learn: Advanced structural analysis for industrial buildings Optimization of steel and concrete sections for resilience Techniques for minimizing vibrations in machine foundations Best practices for connection detailing and seamless interoperability Join us to enhance your expertise, optimize your designs, and future-proof your industrial projects! Episode One: When Advanced Analysis is Crucial to Industrial Structures Available On demand Aging infrastructure and more severe weather events are straining existing structures, making it essential to build and upgrade with a focus on

How OpenFlows Helps with Water Distribution Aging Infrastructure (Revenue, Profitability and Risk)

How OpenFlows Helps with Water Distribution Aging Infrastructure (Revenue, Profitability and Risk) Available OnDemand Aging water infrastructure presents technical, financial, environmental, and public health challenges that impact utilities, municipalities, and the communities that they serve. With OpenFlows Water, you can take early action to mitigate risks from aging infrastructure by identifying vulnerabilities before they require emergency shutdowns and expensive repairs, potentially saving hundreds of thousands of tax-payer dollars. By utilizing OpenFlows Water—a user-friendly hydraulic modeling application that is trusted by thousands of engineers every day to plan, design and build sustainable water systems—you can prevent costly interruptions to your services. What you will learn: Identifying vulnerabilities in your system and learning how to prevent future problems. Optimizing a water system to increase profitability. Identifying potential water loss. Register Now Meet the Presenters Jastej Pandher Product Sales Engineer (Hydraulics and Hydrology), Bentley [email protected] Jastej Pandher is a Product Sales Engineer for the OpenFlows product line. With a BS in Civil Engineering from Mississippi State University, Jastej has a strong background in surface water modeling and H&H software such as HEC-HMS and HEC-RAS. Jastej has also gained valuable experience in the H&H field through previous roles as a Hydraulics Coordinator/EIT at HDR

OpenFlows Helps with Water Distribution Aging Infrastructure (Revenue, Profitability and Risk) – Thank You

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Real-world Results: How AI, BIM, and Bridge Information Modeling Are Eliminating Rework and Speeding Up Civil Projects

Real-world Results: How AI, BIM, and Bridge Information Modeling Are Eliminating Rework and Speeding Up Civil Projects Register Now Part One: Design Residential Projects Faster Using V3’s Workflow with OpenSite® Available On-Demand What if you could cut your residential project design time in half while improving grading accuracy? You can. Join us to learn how V3 Companies uses OpenSite’s automation tools to streamline residential project design, boosting their efficiency by 35%. OpenSite’s purpose-built tools enable engineers, developers, and architects to generate multiple iterations for a site plan. By leveraging OpenSite’s grading solver, V3 improved their workflows to deliver faster, more accurate project assessments. Don’t miss the chance to learn how OpenSite can transform the way that you approach residential land development projects. In this session, you will learn how to: Deploy OpenSite’s layout and grading solver for residential projects Improve project feasibility with rapid financial and site yield assessments Quickly analyze grading to make informed decisions on land investments. Part Two: Building Your Next Road with 3D Modeling Features Available On-Demand Collaborating on 3D modeling is the answer to building your next road. The need for integrated digital technology to provide roadway improvements, enhance safety along corridors, and address face

Advanced Modeling of Urban Water Networks: Key to Reducing Risk and Improving Performance

Advanced Modeling of Urban Water Networks: Key to Reducing Risk and Improving Performance Series Today’s urban water systems are under immense pressure due to aging infrastructure, rapid urbanization and extreme weather events driven by climate change. This leads to system failures, inefficiencies, and increased maintenance costs. OpenFlows empowers professionals with the tools to develop adaptive strategies that address these challenges and minimize risks. This enables the deployment of urban water infrastructure that is more resilient, efficient, and sustainable. Join us for a three-part webinar series that will cover: Episode One: Effective Flood Risk Management: The Key Role of 1D/2D Hydraulic Modeling Available On Demand In the first episode of this series, you’ll experience a hands-on demonstration of the OpenFlows Sewer 1D/2D modeling feature. Discover how it can effectively support the optimization of stormwater drainage infrastructure and risk mitigation. What you will learn: Applications and benefits of integrated 1D/2D hydraulic analysis Features and tools of 2D hydraulic modeling designed to support comprehensive flood and overflow analysis Visualization of 2D model results Episode Two: Unlocking the Power of Hydraulic Modeling: From Data Collection to Real-world Solutions Available On Demand In episode 2 of this series, we will cover: During this session, Hidromodel’s

Automate and Optimize Pipe Stress Analysis with AutoPIPE

Automate and Optimize Pipe Stress Analysis with AutoPIPE See how you can take back your time using convenient AutoPIPE features AutoPIPE Webinar series Want to simplify your pipe stress analysis and cut down on repetitive work? As piping systems grow more complex, engineers face mounting challenges in support design, flange compliance, and workflow automation.Join our AutoPIPE session to see how advanced automation, built-in optimization tools, and API integration can help you reduce errors, ensure compliance, and save valuable engineering time. Whether you’re experienced or just starting out, you’ll gain practical insights and see real-world examples of how AutoPIPE transforms your workflow. Part One: Reduce Errors and Save Time with Python Scripting Available OnDemand Pipe stress engineers frequently deal with time-consuming and repetitive tasks that slow down project timelines and increase the risk of human error. These tasks involve manual data entry, iterative analysis, compliance checks, and report generation, often requiring constant revisions. Bentley AutoPIPE’s API provides automation capabilities that significantly streamline these processes, improving efficiency and accuracy. What you will learn: Overall structure of data API scripting in AutoPIPE. Batch processing: Process multiple models automatically. Import/export data in custom formats. Part Two: Flange Design to EN 1591: Automate & Optimize

Effortless Bridge Modeling and Seamless Alignment Integration

Effortless Bridge Modeling and Seamless Alignment Integration Is your bridge modeling tool effectively integrating with your linear infrastructure projects? Do you find yourself needing to generate visual scripting to model your bridges? Are you a bridge engineer or modeler seeking a specialized solution for BIM modeling in your projects? Register here Available On-Demand Join our webinar and discover how OpenBridge Modeler® can transform your design process. In this session, you will learn how OpenBridge Modeler provides intuitive capabilities for 3D parametric bridge modeling with intelligent objects. This all-in-one solution is specifically designed for bridge engineers, eliminating the need to use non-specific software or visual scripting to achieve your goals. Additionally, the application offers advanced interoperability capabilities, allowing for good coordination and integration with road and railway alignments. Register for this webinar and discover how this comprehensive solution can simplify your work and improve the quality of your designs. What you will learn: How OpenBridge Modeler facilitates BIM modeling for any type of bridge. Advanced integration with terrain and alignment applications within and outside the Bentley environment. The benefits of using a specific tool for bridge design, including the creation of intelligent models with specific properties. Exporting the model for analysis

Effortless Bridge Modeling and Seamless Alignment Integration – Thank You

Thank you for registering for the Effortless Bridge Modeling and Seamless Alignment Integration webinar! You will receive an email notification regarding this webinar shortly. Learn more Contact Us

Resilient Geotechnical Design: Strengthening, Heave Control & Sustainable High-Rise Foundations

Resilient Geotechnical Design: Strengthening, Heave Control & Sustainable High-Rise Foundations Strengthening and underpinning projects suffer from outdated design assumptions that inflate costs and compromise performance—are we still ignoring fully coupled 3D SSI? In this GeoStruXer-led webinar series, we challenge conventional geotechnical thinking with real-world case studies and cutting-edge simulations that expose inefficiencies and unlock smarter, cost-effective solutions. Part 01: The Role of Fully Coupled 3D SSI in Underpinning & Strengthening Projects – Case Studies from the Gulf Countries Available On Demand In the first webinar of this series, we will cover: The Hidden Risks of Relying Solely on Soil Reports. Underpinning Done Right – Key factors to consider when strengthening existing foundations for long-term stability. Designing Isolated Footings with Confidence – What to check to prevent unexpected settlement and failure. Common Mistakes in Foundation Strengthening – Lessons learned from real-world failures and how to avoid them. Fully Coupled 3D SSI in Plaxis – How advanced numerical modelling transforms foundation design and analysis. InSAR for Buildings Monitoring – Using satellite-based deformation tracking to assess historical and semi-real-time settlement. Case Studies from the Gulf Countries. Live Q&A. Part 02: Field-Measured Heave in London Clay: Insights from 3D FEA and Advanced Constitutive Modeling

Featured Software

MicroStation

Model, document, access, and view architectural, engineering, mapping, construction, and operations design information with the power and flexibility you need for any size project.

ProjectWise

Leverage digital design delivery, portfolio intelligence, data governance, and enhanced engineering work-in-progress capabilities to improve project performance and productivity with ProjectWise, powered by iTwin.

SYNCHRO 4D

Manage your projects efficiently with virtual construction, planning, and model-based workflows, field to office.

OpenFlows
WaterGEMS

Comprehensive decision-support software for you to design, plan, and operate your water distribution systems.

Digital Twins

Take a look at what Digital Twins are, how they benefit you, and how it all works!

OpenRoads Designer

Comprehensive detailed design and documentation for roadway projects including surveying, drainage, subsurface utilities, and visualization in on application.

STAAD

Analyze and design any structure, simple or complex, and share the synchronized model with confidence for multidiscipline team collaboration.

PLAXIS 3D

Perform powerful 3D finite element analysis of deformation and stability for high-profile projects in soil and rock.