CFDsupport

TCAE by CFDsupport



TCAE - Engineering Simulation Environment for CFD, FEA + FSI, Acoustics and Optimization


TCAE is a smart, efficient, and affordable simulation software. TCAE is suitable for turbomachinery and external aerodynamics applications.


Why TCAE?

 

  • Integrated CFD, FEA, FSI & Acoustics: One workflow, comprehensive software
  • Automated & Optimization: Run thousands of cases efficiently, full control, and extendable
  • Open source & Transparent: 50+ man-years of development on top of existing open source
  • Industrially Proven: Hundreds of industrial consultancy projects delivered
  • Scientifically Accurate: CFD as a science, validated through data, public benchmarks
  • Knowledge Transfer: Training, Help, Tech support, Family
  • Business-Smart: Low cost, no license traps, infinite scalability


TCAE is a comprehensive software for engineering simulations. It includes several modules.


TMESH is responsible for loading, creating, converting, and analyzing the computational meshes, which are then used in the TCFD and TFEA modules.

TCFD is used for setting up the CFD simulations using the Finite Volume Method.

TFEA is an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis.

TCAA is an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in the time and frequency domains.

TOPT is designed to enable multiple simulation runs based on variable parameters.

CFDsupport on GeoCloud

TCAE 16/32 CPU@3.7GHzv25.10
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters
16vCPU@3.7GHz, 32GB RAM
Engineering Simulation Environment for CFD, FEA + FSI, Acoustics and Optimization
Details
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters
TCAE 64/128 CPU@3.7GHzv25.10
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters
64vCPU@3.7GHz, 128GB RAM
Engineering Simulation Environment for CFD, FEA + FSI, Acoustics and Optimization
Details
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters
TCAE 128/256 CPU@3.7GHzv25.10
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters
128vCPU@3.7GHz, 256GB RAM
Engineering Simulation Environment for CFD, FEA + FSI, Acoustics and Optimization
Details
  • TCAE: a comprehensive software for engineering simulations
  • TMESH: responsible for loading, creating, converting and analyzing of the computational meshes, which are then used in the TCFD and TFEA modules
  • TCFD: used for setting up the CFD simulations using Finite Volume Method
  • TFEA: an engineering software for Finite Element Analysis on solid geometries. It is designed to calculate the Deformation, Stress, and Modal analysis
  • TCAA: an engineering software for Computational Acoustic Analysis. It is designed to calculate acoustic noise from transient CFD results, both in time and frequency domain
  • TOPT: designed to enable multiple simulation runs based on variable parameters