Dive

Dive, developed by dive solutions GmbH, is a mesh-free CFD simulation software that aims to provide engineers with a browser-based platform for performing fluid simulations. According to the vendor, Dive combines mesh-free fluid simulation, high-performance computing (HPC) infrastructure, and professional services to offer a simple, fast, and accurate CFD software. It is designed to be suitable for engineering companies of all sizes, from small startups to large enterprises. The software finds applications in industries such as automotive and aerospace.

Key Features

Mesh-Free CFD Simulation: According to the vendor, Dive utilizes the Smoothed Particle Hydrodynamics (SPH) method to provide mesh-free CFD simulation. This approach eliminates the need for mesh generation and allows engineers to simulate complex fluid behavior with faster setup times and automated parameterized simulation studies.

Browser-Based Platform: Dive is a browser-based platform that allows engineers to access their simulation projects anytime, from anywhere. The vendor states that this eliminates the need for installation and maintenance, providing convenience and ease of use. Engineers can upload geometry files, set up simulation cases, and automate preprocessing and setup using Python scripting.

HPC Infrastructure: According to the vendor, Dive leverages cloud-based High Performance Computing (HPC) infrastructure, enabling engineers to scale their simulations to their needs. This infrastructure ensures faster simulation times and flexible computing resources. Engineers only pay for the computing resources they use, making it a potentially cost-effective solution.

Built-In Post-Processor: Dive includes a built-in post-processor that enables engineers to analyze simulation results. The vendor claims that engineers can visualize fluid behavior, analyze wall properties, and gain valuable insights for making better design decisions with just a few clicks.

Data & Project Management: Dive offers a platform for easy data and project management. Engineers can access and process their simulation data using just a browser, ensuring data accessibility and security. The platform provides secure storage and management of simulation projects.

Knowledge Base: According to the vendor, Dive provides a Knowledge Base with over 90 articles, offering comprehensive information and guidance on using the software and the SPH method. This resource can be valuable, especially for engineers new to SPH simulation, allowing them to learn and execute workflows independently.

Customer Success Engineer Support: Dive offers personalized support and guidance from Customer Success Engineers. These experts assist engineers throughout the simulation process, from setup to result analysis. Engineers can choose to work independently or receive more guidance based on their needs.

Collaboration in the Tool: Dive enables collaboration among team members within the software platform. Users with access rights can collaborate and work on simulation projects together, promoting efficient teamwork and knowledge sharing.

Accurate SPH Models: According to the vendor, Dive uses validated and established physical models based on the SPH method. The SPH solver is continuously optimized to include the latest improvements and advancements in SPH modeling, providing accurate simulation results for various engineering applications.

Heat Transfer Model: Dive includes a heat transfer model for simulating thermal behavior in engineering applications. Engineers can analyze and optimize heat transfer processes within their designs, gaining insights into temperature distribution and thermal performance.