DIMAXER-Cloud

DIMAXER-Cloud Overview

The platform takes cloud collaboration as the link, high-efficiency computing as the core, and full-process management as the support to build an all-in-one cloud simulation solution for efficient collaboration.Focusing on core demands in fluid flow, aerodynamic noise, rotating machinery, combustion process, structural mechanics, fluid-structure interaction and other fields, it leverages low-cost high-precision core algorithms to accurately capture and quantitatively analyze complex physical phenomena. It supports cross-regional collaborative operation for multiple users, equipped with multi-format geometry visualization, high-quality mesh editing, and real-time post-processing capability for billions of points. Meanwhile, model full-cycle collaborative management and multi-task parallel control provide solid foundation, enabling complex engineering simulation to be implemented efficiently and collaboratively in the cloud.

Core Simulation & Computing Functions

Fluid Flow Analysis

Based on Large Eddy Simulation (LES), it adopts high spatial resolution to accurately capture microstructures and evolution of turbulent flow fields, delivering reliable calculation basis for complex flow problems
Aerodynamic Noise Analysis

Based on aeroacoustic theory, it calculates noise sources generated by airflow movement and sound propagation characteristics
Customized Analysis for Rotating Machinery

For steam turbines, gas turbines and other rotating machinery, it provides customized professional case workflows and parameter settings to efficiently simulate internal flow fields and thermal performance
Multiphase Flow Analysis

Supports simulation of flow phenomena with multiple physical state combinations, capturing phase interface evolution, interphase heat and mass transfer and other key processes
Combustion Process Analysis

Supports multiple mainstream combustion models to simulate combustion reaction processes under different fuels and working conditions
Structural Mechanics Analysis

Fully supports static analysis, harmonic vibration analysis and transient dynamic analysis to simulate structural mechanical responses under various working conditions
Fluid-Structure Interaction Analysis

Builds a fluid-solid interaction calculation system based on strong coupling algorithm to accurately simulate force transfer and dynamic response between fluid and solid
Geometry Model Viewing

Supports high-definition visualization viewing of multi-format geometric models
Mesh Editing

Convenient mesh editing functions, including mesh quality inspection, local refinement and repair, to generate high-quality mesh foundation for simulation calculation
Large-Scale Post-Processing

Equipped with real-time post-processing capability for billions of solution points, it rapidly analyzes massive calculation data and generates precise visualization results

Full-Process Management Modules

Material Database

Online material database covering physical and mechanical parameters of various materials, supporting quick query and invocation of data
Simulation Model Management

Full lifecycle online model management, supporting version tracing and multi-version comparative analysis of models
Computation Task Management

Multi-dimensional parallel management of computing tasks. Task priority can be flexibly configured according to user requirements to realize closed-loop full-process management of computing jobs
Computing Resource Management

Dynamic allocation of computing resources and intelligent load balancing optimization. Real-time tracking of resource occupancy, timely feedback of runtime exceptions and trigger of early warning, plus resource usage statistics and review analysis