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Oscillatory Dynamics in Web Handling Systems: Insights from System Simulations
Wednesday, June 24, 2026 02:00 PM
Language:
English
Oscillatory behavior in web handling lines is rarely caused by a single component - it emerges from the way excitation and compliance interact across the system. Understanding that interaction is the first step toward eliminating unwanted vibration and building lines that perform reliably.
In this webinar, Orang Vahid Araghi will walk through a system-level view of web handling dynamics, covering the key sources of compliance - including web spans, dancers, load cells, and control loops - alongside the most common excitation mechanisms: roll eccentricity, noncircular rolls, sensor limitations, controller tuning, and winding dynamics.
Drawing on real-world project experience, the session features case studies inspired by issues encountered in actual industrial systems. You'll see how simulation provides critical insight into root causes, quantifies sensitivity to design and tuning parameters, and supports effective strategies for improving system performance.
Attendees will gain a practical framework for diagnosing oscillatory behavior in their own systems and a clearer picture of where simulation fits into the engineering workflow.
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Connected Engineering Workflows in Maple Flow: Improving Calculation Traceability and Analysis Efficiency
Thursday, June 25, 2026 03:00 PM
Language:
English
Modern engineering workflows increasingly depend on the ability to integrate calculations, documentation, data sources, and analytical tools into a cohesive and traceable process. As projects become more multidisciplinary and data-driven, engineers require environments that support transparency, reproducibility, and efficient analysis without compromising technical rigor.
In this webinar, Samir Khan will demonstrate how Maple Flow supports connected engineering workflows through an interactive, document-centric calculation environment. Unlike traditional spreadsheet-based approaches, Maple Flow enables engineers to combine mathematical analysis, documentation, units-aware calculations, and data connectivity within a single auditable workspace.
Attendees will gain insight into how Maple Flow can be applied to everyday engineering tasks involving iterative calculations, technical communication, and connected analysis workflows.
What you'll walk away knowing
Connected workflows: Learn how to connect data sources, documentation, and calculations in a single, live environment.
Practical use of AI-assisted engineering tools: Understand where AI-assisted features can help accelerate engineering workflows
Computation traceability by design: Learn how to structure calculation sheets so every assumption, input, and derived result is auditable and review-ready.
Beyond spreadsheets: Examine where traditional spreadsheet workflows become limiting for engineering analysis and how Maple Flow addresses those challenges.
A faster design iteration loop: See how a live, recalculating environment can reduce the overhead associated with design changes and support more efficient exploration of engineering alternatives.
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