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Recommended PC for the solid electronic structure calculation program 'WIEN2k'

This is a workstation that can comfortably run the solid-state electronic structure calculation program 'WIEN2k'!

WIEN2k uses a plane wave and local orbital [FP-APW+Io] basis function set, which extends localized initiation to the fully potentialized (L)APW method, to solve the Kohn-Sham equations of density functional theory. The required specifications for the PC vary significantly depending on the scale of the calculations. Therefore, it is equipped with a high-performance CPU Core i9-14900K with high processing power.

  • Other physicochemical equipment

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Recommended PC for Applied 3D Slicer CT/MRI Image Processing

Applied 3D Slicer CT/MRI image processing software recommended PC

3D Slicer is a free open-source software that allows for segmentation processing, visualization, and analysis of mesh images compatible with DICOM in the medical and biomedical fields. - 3D Slicer is software that addresses advanced imaging computing challenges with a focus on clinical and biomedical applications. - It is a free open-source development platform for rapidly building and deploying custom solutions for research and commercial products. ■ An open-source software that has been downloaded over a million times in the past decade. ■ Standard compatibility with DICOM data and support for a variety of information objects. ■ Rich segmentation features enable alignment, 3D construction, and STL file creation. ■ Supports Python scripting for functionality expansion through custom plugin development. Recommended hardware configuration for comfortably operating 3D Slicer: Workstation Introduction of Applied CERVO-GraceAL 3D Slicer model.

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  • Image Processing Software
  • Imaging and image analysis equipment
  • 3D Printer

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Applied JSTAMP/NV Recommended PC

Press Molding Simulation System JSTAMP/NV Recommended Workstation

JSTAMP/NV is an integrated press forming simulation system that supports the entire process from the conceptual stage of mold design to the final stage. JSTAMP is an integrated analysis system specialized for press forming. It features a triple solver equipped with LS-DYNA, JOH/NIKE, and HYSTAMP, achieving significantly higher accuracy and analysis speed compared to traditional methods (implicit method, one-step method). In particular, it is well-equipped with functions for addressing issues such as crack and wrinkle prevention, springback analysis, measurement, and accommodating anticipated shapes.

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  • Structural Analysis
  • Mechanism Analysis
  • Stress Analysis

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Recommended PC for Applied EMCoS Studio

EMC Studio is a three-dimensional electromagnetic field analysis software for EMC and antenna design at the product assembly level.

EMCoS Studio enables the simulation of various EMC phenomena, from emissions and immunity to crosstalk, and it has particularly strong analytical capabilities regarding wire harnesses. Its excellent operability and analytical performance have been well received by many automotive and electronics manufacturers in Europe and Japan. Please make use of EMCoS Studio for efficient EMC design.

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  • Magnetic field analysis/electromagnetic wave analysis

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Particle and Powder AI Image Analysis Software "AIPAS" Recommended PC

Applied Particle and Powder AI Image Analysis Software "AIPAS" Recommended PC

AI particle image analysis software "AIPAS" (AI ParticleAnalyzing Software) is an offline software that achieves high-precision detection and classification of individual particles and powders, as well as accurate measurements, for particle and powder images that are difficult to analyze with conventional image processing by utilizing deep learning. - Equipped with an AI model trained on approximately 600,000 particles of over 25 types - Excels in analyzing agglomerated particles, composites, sintered bodies, and crystalline particles, which are challenging for existing software - Capable of detecting and measuring primary particles that make up secondary aggregates - Features various specialized models tailored for SEM, TEM, and S-TEM images - Customizable to optimize for user images Recommended hardware configuration for a workstation that meets the specifications for comfortable operation of AIPAS.

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  • Image Processing Software
  • Image analysis software
  • Other analysis and sequence

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Recommended PC for AFDEX by Applied

Forging Analysis Simulation System AFDEX Recommended Workstation

A forging analysis simulation that anyone can easily use. AFDEX supports process design by predicting the manufacturability of forged products. AFDEX is a forging simulation software that can predict issues related to forging, from cold forging to hot forging in various settings. It is applicable to forging analysis in all fields and has achieved results even in areas with few industry precedents, such as thread rolling and plate forging. The user interface is intuitive and easy to understand, allowing analyses to be executed with minimal settings, enabling users to immediately benefit from forging simulation upon implementation.

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  • Structural Analysis
  • Mechanism Analysis
  • Stress Analysis

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Simulation Data Visualization EnSight Recommended PC Specifications

Applied Original HPC [Product Information]

Ansys EnSight is a high-end post-processor that provides advanced features for various scenes of general-purpose post-processing. It dramatically improves the quality of throughput from basic visualization of analysis results to display quality, animation capabilities, data processing scalability, statistical processing, and information sharing. Ansys EnSight is a high-performance post-processor for visualizing and analyzing simulation data from computational fluid dynamics (CFD), structural analysis, electromagnetic field analysis, and more. It is particularly strong in handling large-scale and complex simulation data. The required specifications for a PC vary significantly depending on the scale of computation, but higher processing power can enhance operational efficiency. <Featured Models> ■ Model equipped with the AMD Ryzen 7950X3D processor, offering overwhelming cost performance for "EnSight" ■ Model equipped with the AMD Threadripper 7960X processor, strong in multitasking for "EnSight" *For more details, please refer to the PDF document.

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  • simulator
  • Thermo-fluid analysis
  • Other analyses

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Recommended PC for microscope images and particle analysis software "MIPAR"

Recommended PC for microscope images and particle analysis software "MIPAR"

MIPAR, developed by MIPAR Software LLC, which is primarily composed of members from Ohio State University, is an innovative image processing software that excels in detection capabilities and measurement techniques. It can be used in various fields, including particle measurement (particle size distribution, particle count, particle area), cell counting and measurement, viability assessment, and specific area detection of metals and minerals. No programming is required at all. - 3D image creation and volume calculation from multiple cross-sectional images - Automatic generation feature for reflecting image processing results in MS Word or PowerPoint - Detailed detection of features that have been difficult to detect until now Options for image detection using Deep Learning and volume calculation functions from created 3D images are also available. Recommended hardware configuration for a workstation equipped with the specifications necessary for comfortable operation of MIPAR.

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  • Image Processing Software
  • Image analysis software
  • Other research software

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Recommended PC for Applied J-OCTA

J-OCTA enables collaboration of simulators at various scales on a common platform for research and development in materials and life sciences.

J-OCTA is a multi-scale simulation software that predicts the properties of high-performance materials, such as resins, rubber, nanocomposites, thin films, inks, and batteries, as well as research and development in the life sciences field, including drug discovery and formulation, from atomic scale to micrometer scale on a computer. It can be used as a knowledge discovery tool to understand the mechanisms of complex phenomena that cannot be fully grasped through experiments alone, as well as a data creation tool for informatics.

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  • Structural Analysis
  • Mechanism Analysis
  • Stress Analysis

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Electromagnetic simulation software EMWORKS recommended PC.

Applied Original HPC [Product Information]

Our company has been manufacturing custom order HPC products at our own factory since our establishment. EMWorks provides best-in-class 2D and 3D electromagnetic field analysis software solutions with multiphysics capabilities. Electromagnetic simulation magnetic field and electric field modeling software (EMS) High-frequency simulation antenna and electromagnetic simulation software (HFWorks) Design and simulation of electric motors for SOLIDWORKS users (MotorWizard) 2D simulation of magnetic and electric fields (EMWorks2D), among others, We recommend HPC/Workstation models for EMWorks products. The required specifications for PCs vary greatly depending on the scale of computation, but higher processing power can improve operational efficiency. <Featured Models> ■ Cost-effective model equipped with Xeon Gold 6426 processor for "EMWorks" ■ Model equipped with the astonishing 64 cores and 128 threads! Ultra-high-performance AMD EPYC 7763 processor for "EMWorks" *For more details, please refer to the PDF document.

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  • Magnetic field analysis/electromagnetic wave analysis

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Applied J-Composites Recommended PC

J-Composites is a modeling tool for resin composite press molding analysis that supports various composite molding methods.

J-Composites/Form Modeler is a model creation tool for resin composite press molding analysis. It automatically constructs material models for press molding from various test results, allowing for easy setup of complex composite stacking models through a dedicated user interface, and can export them as input files for LS-DYNA. Additionally, by considering both in-plane and out-of-plane material properties, it more accurately predicts and evaluates defects such as wrinkles that occur during the molding of dry fiber substrates and thermoplastic/thermosetting prepregs.

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  • Stress Analysis
  • Structural Analysis

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Applied Digimat Recommended PC

Digimat is software specialized in composite material simulation, enabling the prediction of macro material properties that reflect microstructure.

Digimat is software specialized in composite material simulation. To apply composites in products, predicting the unique physical properties of composites is key. Digimat predicts the material properties of composites from the material properties and microstructural information of the matrix and inclusions. Furthermore, we provide an interface for structural analysis that takes into account the distribution of material properties resulting from the molding process using the predicted material properties. Digimat supports the research and development of new materials and product design using composite materials.

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  • Structural Analysis
  • Mechanism Analysis
  • Stress Analysis

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Recommended PC for Applied SIMULIA CST Studio

Electromagnetic field analysis simulation software SIMULIA CST Studio Suite recommended workstation

Electromagnetic Field Analysis Simulation Software SIMULIA CST Studio Suite Recommended for smooth operation of the software: Applied HPC Workstation This is a high-performance three-dimensional electromagnetic field analysis software package for the design, analysis, and optimization of electrical components and systems. CST Studio Suite consolidates electromagnetic solvers for applications across all areas related to electromagnetic fields into a single user interface. By linking each solver, hybrid simulations can be performed, allowing engineers to flexibly analyze the entire system composed of multiple components in an efficient and comprehensible manner. Through collaborative design with other SIMULIA products, electromagnetic simulations can be integrated into the design flow, advancing the development process from the initial stages.

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  • Magnetic field analysis/electromagnetic wave analysis

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Applied SIEMENS Heavy Machinery Engineering Recommended PC

SIEMENS SimCenter Recommended Workstation for Heavy Machinery Engineering

SIEMENS SimCenter Heavy Machinery Engineering Simcenter System Simulation Recommended for comfortable software operation: Applied HPC Workstation A mechatronics system simulation platform that allows design engineers to virtually evaluate and optimize system performance. Combining CAE simulation and testing solutions to achieve engineering of high-quality products. Heavy machinery operates under harsh conditions, and all component parts must withstand these conditions. Heavy machinery manufacturers face the challenge of designing high-performance equipment without reducing fatigue life. Simulation-based durability analysis helps identify weak points in structural engineering and optimize designs. To perform valid analyses, it is necessary to conduct simulations with realistic operating loads.

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  • simulator
  • Mechanism Analysis
  • Thermo-fluid analysis

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Applied JWELD Recommended PC

JWELD is a welding simulation software that can analyze complex production processes such as the creation of raw materials, joining/assembly, finishing processes, and heat treatment using a PC.

JWELD is a welding deformation analysis software that combines a unique solver developed based on the inherent strain analysis solver JWRIAN, created at the Institute of Joining Science, with a Japanese-language user interface. It is capable of calculating not only large structures like hull panels but also thin-walled structures such as piping. The optimization feature automatically generates welding sequences that reduce deformation. JWELD is a production technology analysis platform that allows for the analysis of complex production processes such as joining, assembly and finishing, and heat treatment on a computer. It digitizes the experience and knowledge of skilled technicians, providing a comprehensive evaluation of the impact of processing and joining on products. Even without specialized knowledge, anyone can easily create models, perform analyses, and propose improvements using the intuitive interface set in Japanese. It allows for easy model creation without requiring specialized knowledge in finite element analysis, making it usable even in manufacturing sites where dedicated analysts are not present.

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  • Stress Analysis
  • Structural Analysis
  • Thermo-fluid analysis

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