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Revolutionize Your Engineering Simulation Workflow with SimScale

Innovative Cloud-Native Simulation Platform

SimScale offers a revolutionary cloud-based simulation platform that is designed to accelerate the engineering simulation workflow. By seamlessly integrating all the necessary components required for end-to-end simulation, SimScale makes it technically and economically feasible for any organization to embrace simulation early in their design process. This innovative solution eliminates the need for VPN or remote desktop access, offering a true Software as a Service (SaaS) experience with instant access from any browser, anywhere, and at any time without requiring special hardware.

Comprehensive Physics Capabilities

SimScale provides a single platform with broad physics capabilities, covering structural mechanics, fluid dynamics, thermodynamics, and electromagnetics. This integrated approach removes the silos that often exist with disconnected simulation tools, allowing users to perform both rough early-stage simulations and detailed late-stage simulations within the same environment. This versatility empowers engineers to explore different simulation scenarios and optimize their designs with ease.

Enhanced Collaboration and Scalability

One of the key features of SimScale is its real-time collaboration capabilities, similar to Google Docs, enabling users to collaborate on simulations and share findings with colleagues seamlessly. Furthermore, SimScale offers practically limitless scalability, allowing users to run simulations of any size, conduct multiple parallel simulations, and store simulation data without constraints. This scalability makes SimScale suitable for both individual users and large organizations with hundreds of seats, all while maintaining a cost-effective and capex-free model.

AI-Powered Simulation and Cost-Effectiveness

SimScale leverages AI technology to persist simulation data in a format that can be directly used for training AI models. This AI-powered approach enhances the hardware selection process and enables users to benefit from ongoing developments in artificial intelligence within the simulation domain. Additionally, SimScale offers a cost-effective solution with low total cost of ownership, making it economically viable for users across different scales, from individual engineers to larger corporate teams.

Next-Generation Technology for Simulation

SimScale's technology is characterized by its unified interface, which allows users to access physics simulation capabilities either via the SimScale Workbench, programmatically through the SimScale API, or via integrations with third-party tools. The platform covers a wide range of simulation methods, from robust pre-processing to best-in-class solvers and integrated 3D post-processing, ensuring a comprehensive and efficient simulation experience. With built-in infrastructure management, SimScale enables users to scale simulation usage quickly and securely, catering to a wider user base and more complex simulation scenarios.

Enhancing Product Design with SimScale's Thermal Analysis Solution

Introduction to Thermal Analysis

Thermal management plays a crucial role in the design process of various products, from power electronics enclosures to heat exchangers. SimScale offers a cloud-based engineering platform specifically designed for thermal management, allowing engineers to perform thermal simulations in their browsers. By leveraging SimScale's broad thermal simulation capabilities, users can analyze and optimize their products at an early stage of the design process, leading to better outcomes and improved efficiency.

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Exploring the Future of Engineering with SimScale's Online Simulation Webinars and Workshops

Empowering Engineers with Cutting-Edge Technology

SimScale offers a range of online engineering webinars and workshops that provide valuable insights into the world of computer-aided engineering (CAE) and cloud-based simulation. These sessions cover a variety of topics, including structural mechanics, fluid dynamics, thermodynamics, electromagnetics, aerospace, automotive, consumer products, and more. By participating in these webinars, engineers can stay up-to-date with the latest trends and advancements in simulation technology, empowering them to tackle complex engineering challenges with confidence.

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