Tags :Conjugate Heat Transfer

PreonLab 7.1.0: Particle-Based CFD Simulation Software PreonLab 7.1.0 is the latest release of FIFTY2 Technology’s particle-based CFD simulation software, released on April 30, 2026 . This version introduces a new Virtual Wind Tunnel for airflow generation, significant advancements in thermal solver performance, and extensive workflow improvements based on customer feedback . Key New Features Virtual Wind Tunnel (Integrated FVM Solver) A new capability that uses an integrated Finite Volume Method (FVM) solver to generate steady and transient airflows directly within PreonLab . Designed to accelerate early-stage vehicle soiling studies by significantly shortening the feedback loop between airflow generation and design iteration, while reducing reliance on external tools . Higher-Order Thermal Solver Upgrades The thermal solver introduced in the previous version...

Macroflow 4.1 | Advanced Computational Fluid Dynamics (CFD) & Process Simulation Software Macroflow 4.1 is a high-fidelity, general-purpose computational fluid dynamics (CFD) and process simulation software for analyzing complex fluid flow, heat transfer, and chemical reactions. It is designed for demanding engineering applications in aerospace, energy, chemical processing, and HVAC industries. Core Functionality Overview: Comprehensive Multiphysics CFD Solver: Features robust finite volume solvers for simulating laminar and turbulent flows, conjugate heat transfer (CHT), multiphase flows, combustion, and chemical species transport. Advanced Meshing & Geometry Handling: Includes powerful automated and manual meshing tools for complex geometries, with support for moving/deforming meshes for applications like valves and rotating machinery. Integrated Optimization & System Modeling: Provides tools for parametric studies, design optimization, and...

Simerics MP+ 6.1.1 For Linux | CFD Simulation for Positive Displacement & Rotating Machinery Simerics MP+ 6.1.1 for Linux is a specialized computational fluid dynamics (CFD) software designed for the simulation of positive displacement pumps, compressors, engines, hydraulic motors, and other complex rotating and reciprocating machinery. It provides high-fidelity, transient analysis of multiphase flows, cavitation, and thermal effects in these devices. Core Functionality Overview: Dynamic Mesh & Rigid Body Motion: Advanced tools for automatically managing complex mesh motion, including gear rotations, piston reciprocation, and sliding interfaces, essential for simulating machinery with moving parts. Multiphase & Cavitation Modeling: Robust models for simulating cavitation, gas dissolution, and multiphase flows (liquid/gas) to predict performance, noise, and durability issues in pumps and hydraulic systems....