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TenFong十沣奉献软件的盛宴
Empowering Smarter Industries Through Intelligent Simulation
Company Profile
Shenzhen TenFong Technology Co., Ltd.("TenFong")was established in 2020 and is dedicated to the research, development, and industrialization of industrial simulation software. As a leading provider of digital R&D solutions, TenFong empowers industries with advanced simulation technologies, driving innovation and efficiency in engineering and manufacturing.
TenFong's coretechnology has established a comprehensive three-tier product system, comprising foundational simulation software, industry-specific software, and digital intelligence platforms. To date,TenFong has released nearly 20 products covering multi-physics simulation and optimization in diverse domains, including fluid dynamics, structural mechanics, heat transfer, acoustics, and electromagnetics.
Committed to industry-driven innovation, TenFong develops customized software solutions to address the evolving needs of industrial clients. Its products and services have been widely adopted by nearly 300 enterprise customers across nine major sectors, including aerospace, automotive and transportation, shipbuilding and marine engineering, electronics and electrical appliances, equipment manufacturing, and energy and power. Furthermore, TenFong has established strategic partnerships with over 10 leading enterprises across various industries, strengthening its position as a trusted CAE solution provider.
Following its "three-in-one" market development strategy, TenFong has expanded its reach across three key dimensions:
Major technological joint R&D
Digital transformation of manufacturing clusters
Applications in high-end equipment industries
Headquartered in Nanshan District, Shenzhen, Guangdong, China, TenFong has established nearly 20 regional industrialization bases across the country, providing localized support to industrial clients.
Expanding into the global market, TenFong is now offering its cutting-edge simulation software internationally. By leveraging technological innovation, the company empowers industrial clients to accelerate digital transformation, enhance R&D capabilities, and drive the development of new productive forces in the industrial sector.
Key Products
01 --- -- TF-QFLUX- Comprehensive Fluid Dynamics Simulation Software
Advanced CFD software for simulating fluid flow, heat transfer, and turbulence across various engineering applications.
02 - ---- TF-CFlow- Compressible Aerodynamics Simulation Software
Specialized in high-speed flow analysis, enabling accurate simulations of shock waves, supersonic and transonic aerodynamics.
03 ----- TF-Lattice - Lattice Boltzmann Method (LBM) Fluid Simulation Software
A next-generation CFD solver leveraging the LBM approach for efficient and high-fidelity fluid flow simulations.
04 ----- TF-SPH-Smooth Particle Hydrodynamics Software
Particle-based CFD software designed for free-surface flow, multiphase interactions, and complex fluid-structure coupling.
05 ----- TF-DEM-Discrete Element Method Software for Particulate Systems
Advanced solver for modeling granular materials, particulate systems, and complex bulk material behavior.
06 ----- TF-Struct- General-Purpose Structural Finite Element Analysis (FEA) Software
High-performance explicit solver for impact, crash, explosion, and high-speed dynamic events analysis.
07 TF-DCAMS-Mechanical System Dynamics Simulation Software
Comprehensive software for modeling multibody dynamics, mechanical system interactions, and kinematics analysis.
08 ----- TF-Acoustics - Advanced Acoustic Simulation and Analysis Software
A powerful tool for simulating sound propagation, noise control, and vibroacoustic phenomena in various industries.
09 ----- TF-eMag – Comprehensive Electromagnetic Simulation and Analysis Software
A high-fidelity simulation tool for electromagnetic field analysis, covering applications in antenna design, electromagnetic compatibility (EMC), etc
10 TF-AIMDO-Multidisciplinary Design Optimization Software
An advanced optimization platform integrating Al-driven algorithms for multidisciplinary design optimization (MDO).
11 TF-Thermal – Thermal Simulation and Analysis Software
A specialized thermal management solution for simulating heat dissipation, thermal stress, and cooling strategies in electronic and power systems.
12 TF-SimFARM – Wind Resource Assessment and Farm Layout Optimization Software
A precision-engineered tool for assessing wind resources, optimizing wind farm layouts, and enhancing energy efficiency in renewable energy applications.
13 TF-Pandroid –Simulation Data Management System
A scalable and intelligent platform for managing, organizing, and analyzing large-scale simulation data, improving collaboration and decision-making in CAE workflows.
TF-QFLUX Comprehensive Fluid Dynamics Simulation Software
TF-QFLUX is a general-purpose fluid dynamics simulation software based on polyhedral unstructured grids and the finite volume method (FVM). It includes comprehensive solvers for both incompressible and compressible flows as well as fluid-structure interaction (FSl) and heat transfer. The software features a rich array of core algorithms and functional modules, including turbulence models, multiphase flow models (VoF, dual Euler, mixture model), multi-component models, radiation models (S2S, DO), multi-body motion and dynamic mesh algorithms (sliding dynamic mesh, deforming mesh, nested dynamic mesh), material models, various types of boundary conditions, User-Defined Functions (UDF), and data assimilation.
Utilizing the MPI parallel protocol, TF-QFLUX offers excellent parallel computing efficiency. It is widely applicable across industries such as aerospace, marine engineering, electronic thermal management, architectural and environmental engineering, automotive and rail transportation, fluid machinery, and wind resource assessment.
Technical Features:
Multidisciplinary Coupled Computing Framework
Comprehensive Physical Models
Flexible Dynamic Mesh Algorithms
Powerful User-Defined Functions (UDFs)
Complete Flow Field Visualization
Hydrodynamic Simulation of Ship Performance
TF-CFlow Compressible Aerodynamics Simulation Software
TF-CFlow is a specialized computational fluid dynamics (CFD) software focused on gas flow simulation and aerodynamic characteristic analysis. It employs a core algorithm that integrates both finite volume and finite difference methods. Leveraging its independently developed rapid overlapping grid assembly technology, combined with a comprehensive suite of physical models, numerical algorithms, and efficient parallel computing, TF-CFlow enables fast and accurate aerodynamic simulation and analysis for complex geometries, wide speed ranges, various flow types, and scenarios involving dynamic motion characteristics.
Designed for industries such as aerospace, energy and power, and advanced equipment manufacturing, TF-CFlow supports large-scale parallel computing and rapid numerical simulations. It effectively captures complex phenomena,
including the expansion and compression of compressible flows, shock waves, boundary layers, shear layers, flow separation, and vortex shedding. The software also meets the demanding requirements of aerodynamic performance prediction for aircraft and turbomachinery.
Technical Features:
Multi-Type, Wide-Speed-Range Flow Simulation
Unique Dynamic Overlapping Grid Technology
Flexible Numerical Methods and Dynamic Mesh Capabilities
Turbomachinery Fluid Simulation
TF-Lattice Lattice Boltzmann Method (LBM) Fluid Simulation Software
TF-Lattice is a high-performance computational fluid dynamics (CFD) software based on the Lattice Boltzmann Method (LBM), specifically designed for high-fidelity transient flow simulation in complex geometries. The software employs advanced multi-resolution Cartesian grids that simplify preprocessing workflows and provide robust handling of geometric imperfections, delivering reliable simulation results even with challenging input geometries. Our proprietary hybrid-regularization model enables exceptionally stable simulations of high Reynolds number turbulent flows. By leveraging the parallel computing capabilities of modern GPUs, TF-Lattice delivers outstanding computational performance with full support for multi-GPU configurations.
Automobile Aerodynamics Module:
The Automobile Aerodynamics Module specializes in comprehensive automotive simulations, including precise drag coefficient prediction, detailed aeroacoustic analysis, and passenger compartment comfort optimization. The module's capabilities also extend to urban wind environment modeling and rotating machinery simulations.
Technical Features:
Robust Cartesian grid generation system for complex geometries
Proprietary hybrid-regularization model for superior numerical stability
GPU-optimized algorithms delivering exceptional computational efficiency
Tailored solutions frameworks for automotive aerodynamics and digital rock flow analysis
Microflow Module:
The Microflow Module focuses on direct numerical simulation of fluid dynamics in porous media, with applications across multiple industries including oil and gas extraction, groundwater resource management, carbon dioxide sequestration projects, and lithium battery manufacturing processes.
Automotive Aerodynamic Resistance Simulation
TF-SPH Smooth Particle Hydrodynamics Software
TF-SPH is a meshless particle method fluid simulation software based on the Smoothed Particle Hydrodynamics (SPH) approach. Itintegrates pre-processing, solvers, and post-processing functions into a comprehensive solution. TF-SPH features an easy-friendly pre-processor, a stable and efficient weakly compressible fluid solver, multiple high-precision numerical algorithms, particle-adaptive local refinement, a coupled thermo-hydro-mechanical solver, a 6DOF multi-body system for rigid body dynamics, a multiphase flow, GPU parallel processing technology, richpost-processing visualization tools et al. These capabilities allow it to address a wide range of simulation needs across different physical scenarios.
TF-SPH is widely applicable in various industries, including marine engineering (ship hydrodynamics, shock dynamics of offshore platforms), automotive/transportation (vehicle wading, windshield wiper dynamics), aerospace (hydrodynamics of seaplanes, tire wading, fuel tank sloshing), rotating machinery (gear splash cooling, oil-cooled motors, multi-jet
turbine), environmental engineering (landslides, urban waterlogging), and casting/injection molding. It is capable of simulating complex phenomena such as free surfaces, fluid-structure interaction, fluid-structure heat transfer, and multiphase, multi-physics flows.
Technical Features:
GPU-based SPH solver
Multiple physical models
Advanced numerical algorithms
Multiphase and Multiphysics flows
Simple & user-friendly pre- and post-processing
TF-DEM Discrete Element Method Software for Particulate Systems
TF-DEM is a GPU-based Discrete Element Method simulation platform for particulate systems, especially for particles with diverse shapes and complex behavior, such as powders, grains, fibers, soils, tablets and droplets.
TF-DEM helps to understand the microscopical details of inter-particles/particle-equipment interactions and provides statistical information in a macroscopical way, which is crucial for the design and optimization of industrial applications. Moreover, TF-DEM can accurately simulate sophisticated multi-physics problems by coupling with other numerical methods, including CFD, MBD and FEA, which extends its application to a variety of fields, such as mining and mineral processing, pharmaceutical, agricultural, chemical and process engineering
TF-DEM has the following technical features:
●Intuitive User Interface: Easy-to-use workflow of pre-/post- processing and simulation setup.
●High Performance GPU Computing: Leverage GPU parallelization for large-scale simulations, multi-grid searching for polydisperse particulate systems, signed-distance functions for complex wall representation.
●High Fidelity and Adaptivity: Representation of particles with diverse shapes, dynamic particle generation and deletion, boundary with arbitrary geometries and complex moving conditions.
●Versatile Force Models: Built-in linear/non-linear elastic, elasto-plastic and adhesive contact models, bonded particle model, liquid-bridge force, van der Waals force, heat transfer and wear models.
●Visualization and Data Analysis: Support in-line sampling of particle- and contact-scale data during simulation, provide averaging method to link discrete to continuum variables. One-click functionality of data, figure and animation export.
●Integration with Other Methods: capable of coupling with CFD, MBD, and FEA for multi-physics problems .
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Technical Features:
Diverse Physical Models
Comprehensive Monitoring and Post-Processing
Non-Spherical Particle Modeling
Variety of Boundary Condition Types
Advanced Acceleration Algorithms
Multiphysics Coupling Solutions
TF-StruCt General-Purpose Structural Finite Element Analysis (FEA) Software
TF-Struct is a versatile structural analysis software that offers a broad range of capabilities, including static analysis, linear buckling analysis, material nonlinearity, and various structural dynamics analyses (such as transient, modal, harmonic response, response spectrum, random vibration, rotor dynamics, etc.). It also supports topology optimization, size optimization, shape optimization, and integrated additive and subtractive manufacturing optimization.
With an extensive suite of element libraries, material models, and solvers, TF-Struct is designed to address a wide array of engineering challenges. The software can be widely applied in industries such as marine engineering (offshore platforms, submarine pipeline structures), automotive transportation (structural rigidity and strength analysis, vibration analysis, and lightweight optimization for vehicle bodies and battery packs), aerospace (composite materials, structural vibration, fluid-structure interaction), shipbuilding (ship hull hoisting, vibration analysis), and infrastructure engineering
(earthquake resistance of bridges).
TF-Struct simulates the stress, strain, and vibrational deformation of complex assemblies under both dynamic and static loads, providing valuable insights for structural design and verification.
Technical Features:
Stable MSE Solver
Multiphysics Coupling Analysis
Characteristic Dynamic Substructure Method
Integrated Optimization for Additive and Subtractive Manufacturing
Multiscale Composite Material Analysis
TF-Dyna Explicit Dynamics Simulation Software
TF-Dyna is an explicit dynamics simulation software that supports explicit, semi-explicit, and implicit solving capabilities. It provides comprehensive material constitutive models, such as basic elastic, elastoplastic, hyperelastic, viscoelastic, viscoplastic, and other specialized material models, which are furnished with a variety of equations of state, including linear polynomials, structural, explosive, and ideal gas models.
The software incorporates damage models such as Lemaitre, Gurson, Rousselier, Johnson-Cook, and Borvik. Its core algorithms include global/local contact search algorithms, arbitrary referencial configuration continuum models, and high-precision adaptive smoothed particle algorithms.
In terms of algorithm accuracy, stability, and the effectiveness of simulations, TF-Dyna can match the capabilities of leading international commercial software. It is is applicable in a wide range of industries, including aerospace, military, new energy, architecture and environmental engineering, automotive, and rail transportation.
TF-Dyna can accurately simulate and analyze complex physical phenomena, such as contact, impact, damage and fracture, penetration processes, explosive events, structural damage under explosive loads, and structural collisions.
Technical Features:
Finite Element Coupled with Smoothed Particle/Material Point Technologies
Stable and Efficient Contact Algorithms
Comprehensive Nonlinear Material Models
Arbitrary Referencial Configuration Continum Description
TF-DCAMS Mechanical System Dynamics Simulation Software
TF-DCAMS is a mechatronic simulation software for mechanical system dynamics. Its rigid body dynamics solver utilizes the Lagrange equation method from multi-rigid body system dynamics theory to formulate system dynamics equations, enabling static, kinematic, and dynamic analysis of virtual mechanical systems. It provides displacement, velocity, acceleration, and reaction force curves as output. The software's flexible body modeling technology, based on proprietary structural functional analysis, offers a more accurate representation of real-world structures while significantly reducing degrees of freedom.
TF-DCAMS is widely applicable across various industries, including electrical machinery, electronics, automotive and rail transportation, and aerospace. It helps predict dynamic performance, motion range, collision checks, peak loads, and operational cycles of mechanical systems. This enables users to optimize design, enhance product performance, reduce the need for costly physical prototypes, shorten development cycles, and lower product development costs.
Technical Features:
Multi-physics field simulation and analysis platform
Flexible body modeling for real-time simulation
Specialized multi-body system modeling technology
Experimental modeling and subsystem calibration technology
TF-Acoustics Advanced Acoustic Simulation and Analysis Software
TF-Acoustics utilizes advanced numerical algorithms, including boundary element, finite element, and ray acoustics, to enhance core solving functions, improve simulation efficiency, and ensure user-friendly software design. The software enables multi-physics simulations that couple acoustics with structural and fluid dynamics, along with optimization design processes. It provides a comprehensive suite of pre-processing, core solvers, and post-processing tools dedicated for acoustic analysis
With powerful acoustic field visualization capabilities, TF-Acoustics addresses the growing complexity of large-scale acoustic field problems, offering an end-to-end simulation solution for product development. The software is designed for general acoustic simulation and covers three primary areas of acoustic analysis:
●General Acoustic Analysis: Supports common scenarios such as acoustic radiation, scattering, and propagation.
●Vibration Noise Analysis: Enables unidirectional or bidirectional coupling of structure and sound fields, calculating both internal and external noise together with vibrations.
●Aerodynamic Noise Analysis: Facilitates the coupling of fluid and sound fields, calculating noise radiated from turbulence in fluid and propagated through air.
Technical Features:
A wide range of acoustic solution methodologies
Comprehensive and detailed simulation scenarios for diverse acoustic applications
Flexible and diverse sound source and boundary condition configurations
Exceptional high-performance computing efficiency
TF-eMag Comprehensive Electromagnetic Simulation and Analysis Software
TF-eMag is a comprehensive and powerful electromagnetic simulation software. It incorporates multiple solution methods, including the Method of Moments, Finite Element (for both high-frequency and low-frequency), and the Shooting and Bouncing Rays (SBR) solvers. The software features a complete pre-processing module and offers flexible, advanced post-processing capabilities for data analysis and visualization.
TF-eMag is widely applicable for electromagnetic product design and simulation optimization across various scenarios, such as antenna design, microwave components, filters, high-speed interconnection devices, printed circuit board packaging, electromagnetic compatibility, and large-target scattering. As a versatile electromagnetic simulation platform, TF-eMag serves as a key R&D tool in electromagnetism and integrates seamlessly with various industrial and interdisciplinary technologies.
It is extensively used in industry sectors including aerospace, marine engineering, architecture and environmental engineering, automotive and rail transportation, electronics and electrical appliances, and mechanical manufacturing.
Technical Features:
Coupled algorithm integrating finite element, boundary integral, and method of moments
Bouncing ray method with enhanced diffraction algorithm – incremental length diffraction coefficients (ILDC)
Filter optimization through reduced order model (ROM) based on coupling matrix
Three-dimensional finite element analysis for low-frequency geomagnetic fields
High performance parallel computing with fast sweep frequency and other advanced algorithms
Tee waveguide simulation
TF-AIMDO Multidisciplinary Design Optimization Software
TF-AlMDO is a multi-disciplinary simulation and design optimization platform that supports advanced analysis and computational tasks, including parametric optimization, parameter identification, Design of Experiments (DOE), response sensitivity analys1s, stochastic response analysis, and surrogate model generation. The platform features a flexible computational model management module that enables seamless integration of both commercial software and other custom-developed computer programs.
TF-AlMDO provides a comprehensive set of reliable optimization algorithms, capable of solving design optimization problems with continuous and/or discrete design parameters and one or multiple design objectives. It supports parameter identification using various error metrics and evaluation criteria. The platform also facilitates response sensitivity analyses including full factorial experiment, partial factorial experiment and statistical analysis. For stochastic analysis, TF-AlMDO supports multiple random distributions and computational models to assess systems under the influence of random factors. To create reliable and accurate reduced-order models, TF-AlMDO can generate surrogate models either based
on sample data or using a user-defined simulation process.
With an intuitive and user-friendly interface, TF-AIMDO simplifies problem definition, solution execution, and simulation data/image display and export. The software is widely applicable across industrial fields such as aerospace, fluid machinery, heat dissipation of electronic devices, automotive transportation and new energy. It enables CAE process management, rapid simulation, design optimization, and other auxiliary analysis and calculations.
Technical Features:
Flexible simulation process management
Comprehensive optimization solutions
Efficient and accurate surrogate models
Advanced analysis capabilities
Fully automated report generation
Full technical support
TF-Thermal Thermal Simulation and Analysis Software
TF-Thermal is a comprehensive thermal simulation tool based on TenFong Technology's general computational fluid dynamics (CFD) solver, TF-QFLUX. It offers precise solutions for a wide range of thermal problems, including heat conduction, natural convection, active air cooling, forced liquid cooling, radiative heat transfer, and solar radiation.
TF-Thermal boasts full-process thermal simulation capabilities, encompassing meshing, solving, and post-processing. It supports the import of standard MCAD and ECAD file models. It features advanced geometric modeling tools and intelligent part modeling, enhancing usability. The software includes a hierarchical cartesian meshing function, enabling rapid generation of high-quality computational meshes.
TF-Thermal integrates an efficient CFD solver with a variety of turbulent models, boundary conditions, and radiation models to address complex flow and heat transfer problems. Its high parallel efficiency ensures fast and accurate simulations. The post-processing functions are designed for ease of use, helping users quickly extract key insights from results. Additionally, the software includes a rich library of parts, materials, and surface materials. All these make the model construction and simulation process more convenient.
Applications for TF-Thermal span across multiple industries, including:
●Automotive transportation: battery thermal management, motor thermal design, and passenger compartment thermal comfort
●Electronics and electrical appliances: chip thermal design and overall machine thermal design
●HVAC: data center cooling and office building air conditioning design
●Aerospace: satellite radiative cooling
TF-Thermal meets multi-scale thermal simulation requirements, from chip-level and module-level simulations to system and environmental level analyses. It empowers users to optimize product performance, drive technological innovation, and enhance market competitiveness.
Technical Features:
Extensive modeling and operational capabilities
High-quality mesh generation
High-precision flow and heat transfer simulations
Comprehensive post-processing functions
Thermal simulation of microchannel liquid cooling chips
TF-SimFARM
Wind Resource Assessment and Farm Layout Optimization Software
The TF-SimFARM Wind Resource Simulation Cloud Platform, developed independently by TenFong based on its core CFD software, TF-QFLUX, is an advanced software solution for wind resource assessment and layout optimization. TF-SimFARM enables wind energy engineers to comprehensively and efficiently perform wind farm modeling, micro-siting, wind turbine selection, layout optimization, as well as data management and maintenance throughout the entire lifecycle of wind farm development, design, and operation.
To address key challenges in wind power industry, such as complex terrain, diverse wind conditions, and large-scale projects, TF-SimFARM offers multiple technological innovations. It effectively tackles issues like high wind resource assessment errors and low efficiency in data management and operations, particularly in complex terrains, transition zones, and large-scale wind farms. This leads to significant reductions in human, financial, and time costs across all stages of wind farm development, ultimately improving quality and efficiency.
Technical Features:
Proprietary advanced CFD solver
Comprehensive turbulence models
Diverse wake models Capabilities
Cloud-based B/S architecture
Cloud HPC computing management
Interactive 3D visualization
B/S architecture-based cloud platform
Orographic and roughness database
Adaptive grid generator
CFD-based directional computation
Mesoscale-microscale coupling
Wind resource assessment
Performance characteristics and Meteorological database
Large-scale upstream and downstream wind field synthesis
Wind farm layout optimization
TF-Pandroid Simulation Data Management System
TF-Pandroid is a simulation data management system designed to address the unique needs of simulation and the specific demands of various industries. It is an adaptive, flexible, and scalable lightweight distributed platform that manages the entire simulation process. TF-Pandroid resolves common issues faced by enterprises, such as data loss, poor reusability, low collaboration efficiency, challenges in knowledge accumulation and inheritance, lack of standardized procedures, and low automation levels. The system takes a cross-management approach, covering the entire product development process and various simulation disciplines.
Through digitalized design and simulation collaboration management, TF-Pandroid enhances product development efficiency with data-driven processes. By continuously accumulating data, refining knowledge, and analyzing and mining data, the platform provides valuable decision-making support for R&D teams. TF-Pandroid offers features such as:
●Simulation data management
●Task and process management
●Tool and system integration
●Data statistics and analysis
●Knowledge sharing and push notifications
●Data mining and permission management
With TF-Pandroid, your enterprise can benefit from standardized simulation processes, digital management, improved data collaboration and analysis, as well as enhanced knowledge accumulation and inheritance.
Technical Features:
Simulation Data Management
Simulation Process Management
Knowledge-Driven Simulation
Data Analysis and Predictive Analytics
System Scalability and Openness
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