Top Free Simulation & CAE Software - Page 3

ProcessModel

ProcessModel is an AI-powered process simulation and optimization platform that allows organizations to visualize, analyze, and improve their complex workflows. With the release of v6.2, ProcessModel revolutionizes the simulation experience with a "Say It. Simulate It." approach, removing the technical barriers to entry traditionally associated with process modeling. Key Capabilities: Build AI: Create simulation-ready models in seconds. Simply type a description of your process, paste a list of steps, or upload an image of a whiteboard flowchart, and the AI builds the model structure and logic for you . Analyze AI: Turn raw data into actionable intelligence. The integrated AI analyst reviews your simulation results and provides deep, text-based insights, identifying bottlenecks, cost drivers, and efficiency gaps automatically . Intelligent Layouts: Turn messy diagrams into professional, organized flows instantly with One-Click Re-Layout . Risk-Free Experimentation: Test unlimited "what-if" scenarios in a virtual environment to prove the ROI of changes before implementing them in the real world. ProcessModel combines the ease of flowcharting with the power of advanced statistical simulation, making it the ideal solution for industries ranging from healthcare and manufacturing to logistics and government. It helps teams move from data to decision faster than ever before.

Average Rating: 4.0/5.0

Total Reviews: 1

SimFlow

SimFlow is a desktop computational fluid dynamics (CFD) software. It provides a user-friendly and intuitive interface to help users efficiently and accurately model complex CFD analysis. SimFlow offers a comprehensive CFD package for meshing, simulation, and post-processing. Try it for free https://sim-flow.com

Average Rating: 3.5/5.0

Total Reviews: 1

Anaqsim

CAEplex

Finite elements in the cloud A really-easy web-based platform for performing thermo-mechanical analysis right from your browser

CENOS™ Simulation Software

CENOS is a software company founded in 2017 by team of PhD’s in physics and mathematics. Shared passion for engineering and science aimed us to build practical simulation tools for more efficient engineering process. Our mission is to lead simulation software beyond corporate research and development centers enabling engineers in production facilities as well as small manufacturers to focus on what they love the most – the creative act of engineering. Because we believe that good engineering is what makes the world a better place. Our aproach is to build tools that include only relevant functions with industry–optimized algorithms to ensure intuitive use and solid calculations. Pushing the boundries of simplicity for complex things – it’s our vision to democratize simulation software. Our clients are are our fellow engineers. We like them, we want them to like us back so trustful partnership could begin. We wan’t those rockets to fly and CENOS to be part of it, therefore – science first, business second.

EMTP

ENCY Tuner

ENCY Tuner is a shop-floor NC-code simulation and editing tool that enables precise fine-tuning, re-engineering, and validation of G-code for CNC machines and industrial robots. Designed specifically for machine operators and CNC programmers, ENCY Tuner provides a robust environment for visualizing, adjusting, and optimizing NC-code directly on the shop floor, ensuring high-quality machining results and reducing setup time. This tool integrates seamlessly with the ENCY CAD/CAM ecosystem, streamlining communication and collaboration between programmers and operators. ENCY Tuner is classified under the NC-code simulation and editing software category, serving users who need to edit, simulate, and validate machine code before running it on physical equipment. Key Features and Benefits: - Comprehensive NC-Code Simulation: Enables full simulation of NC-code, supporting collision detection, gauge detection, and precision validation. - Intuitive NC-Code Editing: Advanced editing tools for renumbering, line management, transformations, and direct G-code modifications to adapt NC-programs to specific setups. - Legacy Code Re-Engineering: Allows import, simulation, and modification of legacy G-code, helping users update and adapt older libraries to modern requirements. - Machine Setup and Digital Twin Management: Simplifies machine setup by creating reusable digital twins of CNC machines, including tools, fixtures, and workpieces. - Integrated Collaboration via ENCY Clouds: ENCY Tuner works with ENCY Clouds for smooth data exchange and real-time communication with CAD/CAM programmers, enhancing productivity and reducing manual steps. ENCY Tuner empowers machine operators and programmers to ensure precise, error-free machining by providing advanced tools to simulate, edit, and optimize NC-code within an accessible and intuitive interface. It’s a powerful asset for industries focused on efficient and reliable production.

FireFlow Studio

GeoDict

Minitab DOE by Effex

Minitab DOE by Effex is cloud-based design of experiments (DOE) software that helps engineers, researchers, and process improvement teams plan experiments, analyze results, and identify settings that improve multiple outcomes. It is available through Minitab Solution Center and extends Minitab's experimental design capabilities with a large design catalog, model selection tools, and optimization methods. Users can define experimental factors and responses, compare candidate designs, and select a plan that fits practical constraints before running tests. The software supports work involving quantitative, categorical, and blocking factors. Its OMARS (Orthogonal Minimally Aliased Response Surface) designs combine factor screening with response surface modeling, allowing teams to investigate influential factors, interactions, and curvature within one experimental plan. This can be useful when laboratory time, production capacity, materials, or prototype builds limit the number of runs. Key capabilities include: - A catalog of more than 500 million enumerated designs for problems with up to 20 factors. - Filtering by statistical criteria and side-by-side comparison of up to 50 designs. - Randomized, blocked, D-, A-, and I-optimal designs, along with split-plot designs. - All-subset model selection, including an approach for mixed models. - Multi-response optimization using probability of success to assess possible factor settings. Minitab DOE by Effex supports use cases such as product development, formulation, manufacturing process optimization, and research and development. Teams can use it to choose informative experiments, estimate factor effects, build predictive models, and balance competing response goals. Minitab provides training on optimal and OMARS designs, including how to plan experiments, analyze collected data, and optimize multiple responses. Access through Minitab Solution Center depends on the organization's subscription and license administrator settings.

Mock X Market

MockXMarket is a classroom trading simulator for teaching investments and market microstructure. One join code covers ten asset classes, from stocks, options and Treasuries to FX, crypto, commodities and index futures. Instructors run live sessions where prices respond to trading and AI-generated breaking news moves the market. Scenario Labs turn a case into a fair-start exercise, and AI Author drafts a case from a plain-language description. The FX Dealer Desk has students quote two-way prices and answer client requests. Investing Mode adds semester-long portfolios on real daily prices. Students join from any browser with a code, with nothing to install. Every trade and P&L is computed on the server, so results cannot be tampered with, and a cohort risk dashboard, leaderboard, letter grades and grade export make assessment simple. Plans start at $99 per month with a 14-day free trial. Students never pay.

Pakera

Average Rating: 5.0/5.0

Total Reviews: 1

Pedestrian Dynamics

Pedestrian Dynamics is a crowd and pedestrian simulation software designed to model, analyze, and optimize how people move through complex environments such as airports, train stations, stadiums, theme parks, large-scale events, and urban spaces. It helps organizations improve safety, efficiency, and capacity by simulating pedestrian behavior before infrastructure is built or operational changes are made. The software enables users to create a digital representation of real-world environments and evaluate how design decisions impact crowd flow, congestion, travel times, and evacuation performance. By testing different scenarios in advance, teams can identify bottlenecks, compare layout options, and make better-informed decisions with less risk. Pedestrian Dynamics is purpose-built for large-scale pedestrian environments, where crowd behavior plays a critical role in performance and safety. It simulates thousands of individuals moving simultaneously, each with realistic movement behavior such as route choice, interaction with other pedestrians, and response to congestion. This provides a reliable representation of how spaces perform under real-world conditions, including peak demand and emergency situations. Unlike general-purpose simulation platforms, Pedestrian Dynamics focuses specifically on pedestrian flow and crowd dynamics. This specialization allows it to deliver practical insights without the complexity and overhead often associated with broader simulation tools. Users can build models efficiently, run multiple scenarios, and interpret results without requiring extensive simulation programming expertise. The platform is used across transportation infrastructure, event venues, urban planning, and safety analysis. Airports, rail stations, and metro systems use it to improve passenger flow and capacity planning. Stadiums and large venues use it to evaluate entry and exit strategies and ensure safe evacuation. Urban planners and consultants use it to design more efficient public spaces and pedestrian networks. Pedestrian Dynamics supports both design-phase validation and operational optimization. Organizations can test new infrastructure concepts as well as improve existing environments by analyzing how changes in layout, scheduling, or crowd management strategies affect performance. By combining scalable simulation, realistic pedestrian behavior modeling, and a practical workflow, Pedestrian Dynamics helps organizations move from assumptions to evidence-based decisions. Teams can visualize how people will actually move through a space, reduce uncertainty, and create safer and more efficient environments. Overall, Pedestrian Dynamics provides a focused and effective solution for organizations that need to understand and manage pedestrian movement in complex, high-density environments. It bridges the gap between advanced simulation capability and real-world usability, enabling better decisions across infrastructure planning and operations.

Powder and Multiphase Flow Simulation Software, iGRAF

iGRAF is a powder and multiphase flow simulation software designed to model, analyze, and optimize particle-based and fluid-solid systems in manufacturing and engineering processes. Developed by Kozo Keikaku Engineering (KKE), iGRAF enables engineers to simulate complex behaviors such as powder flow, mixing, transport, and interaction with fluids under real-world conditions. Key capabilities : iGRAF helps engineering and R&D teams - Simulate powder dynamics and particle interactions - Model multiphase flow systems (solid-liquid, solid-gas) - Analyze process behavior in manufacturing environments - Optimize design and operating conditions - Reduce physical testing and trial-and-error Typical use cases - Battery manufacturing (electrode materials, powder handling) - Chemical and material processing - Powder transport, mixing, and storage systems - Process scale-up and optimization Who should use iGRAF - Process engineers - R&D engineers - Manufacturing and production teams - Engineers working with powders, particles, and bulk materials Why iGRAF iGRAF is designed to make advanced simulation more accessible by combining engineering accuracy with practical usability, helping teams gain faster insights into complex physical phenomena.

Prism

Navier AI is making hardware engineering autonomous. Prism is our desktop app for hardware engineering where AI agents handle CAD, physics simulation, code and reporting. Hardware engineers lose a lot of time to repetitive work. Every design change can mean cleaning up geometry, setting up and rerunning simulations, and pasting results into slides. Each loop can take days, so teams test a handful of designs and hope they picked the right one. Software engineers got coding agents. Hardware engineers got more tabs. Prism changes that. Describe what you want to build, and Prism’s agents build the CAD, set up and run the simulations, and hand back the engineering report or deck your team used to put together by hand. You can run several agents in parallel to explore more designs, run more simulations and analyze more results in the same amount of time. Prism is built for engineers who need to trust the results. Every step, script and assumption is visible, so you can check the agent’s work the same way you’d review a colleague’s. Your files stay on your machine, and plugins connect Prism to the tools your team already uses. Prism suits mechanical, aerospace and hardware engineering teams who want to iterate faster without cutting corners on the physics. Common uses include thermal and airflow studies, structural analysis, design optimization, and engineering reports. Prism is free to download and try on Windows, Mac and Linux.