Ansys-Twin-Builder

1. Model Creation: Engineers construct a mathematical-simulation model using components from various sources such as validated analyses and library systems simulations. This step may involve writing software code and debugging the implementation.

2. Model Compilation: The model is compiled into a reduced-order model (ROM) executable, which can be deployed on an Internet of Things (IoT) platform.

3. Deployment: The executable is deployed to the cloud, edge, or a combination of both. The ROM executable works with popular IoT stacks like AWS, Microsoft Azure, and PTC.

• Custom Toolkits: Users can build custom toolkits using the comprehensive Python API.

• Model Libraries and Extensions: New model libraries and application extensions can be added to tailor the software to specific requirements.

• Integration: The software supports integration with third-party models using FMI/FMU and can be coupled with Ansys 3D solvers through co-simulation.

1. Licensing costs: While not specified, Ansys likely charges license fees for using Twin Builder software, which could vary based on the number of users, features required, etc.

2. Integration/Customization costs: Ansys Twin Builder can be integrated with third-party tools and customized, which may incur additional professional services costs from Ansys or partners like CADFEM.

3. Training costs: While Ansys provides some training (see below), more comprehensive training from Ansys or partners may involve additional fees.

4. Support/Maintenance fees: Ongoing support and software maintenance are typically charged annually as a percentage of the license cost, but specifics are not provided.

• Training: Courses such as the "Ansys Twin Builder Getting Started" provide an overview of the basics, including tool interface, component libraries, and simulation execution.

• Support: Available through various channels, including email, help desk, FAQs, forums, phone support, and chat.

• Data Protection: Measures are in place to secure assets, respond to security incidents, and protect data.

• Compliance Standards: Ansys adheres to various compliance standards to ensure data security and integrity.

• Frequency: Updates are made available to correct errors and improve functional features. Major revisions and service packs are released regularly.

• Management: Updates are managed through the Ansys Customer Portal, where users can download the latest service packs and updates.

• Data Ownership: Users retain ownership of their data, but specific terms are detailed in the software license agreement.

• Portability: The software supports exporting models and data for use in different environments, ensuring portability.

• Pay-Per-Use: Customers only pay for the resources they use, making it cost-effective for varying workloads.

• Flexibility: Elastic Licensing supports both on-premises and cloud-based deployments, providing location-agnostic access.

• Scalability: It allows organizations to scale their usage up or down based on current project demands, ensuring optimal resource utilization.

• Access to Full Portfolio: Users can access a wide range of Ansys tools and resources, enhancing their ability to tackle diverse engineering challenges.

• Support for Peak Loads: During peak times or critical projects, additional computational resources can be accessed without the need for permanent licenses, thereby enhancing operational efficiency.

• Renewal: Contracts typically include terms for automatic renewal unless canceled within a specified period.

• Cancellation: Users must adhere to the cancellation terms outlined in the agreement, which may include notice periods and potential penalties.

ISO 9001 Certification:

Ansys design analysis software, including Twin Builder, is created within a quality system that is ISO 9001 certified. This internationally accepted quality standard ensures that Ansys products meet rigorous quality management principles, including a strong customer focus, the involvement of top management, a process approach, and continual improvement.

ISO 26262 Certification:

Ansys has achieved ISO 26262 certification for its tools, which is crucial for the development of automotive electronics and embedded software. This standard defines the state of the art for safety activities related to the design and development of vehicle electronics, ensuring that Ansys tools are fit for purpose in safety-critical automotive applications.

Compliance with Data Protection Laws:

Ansys complies with various data protection laws, including the General Data Protection Regulation (GDPR) and the Personal Information Protection Law (PIPL). This compliance ensures that Ansys processes personal data in a manner that respects privacy and data protection principles.

Industry-Specific Standards:

Ansys products, including Twin Builder, are designed to meet specific industry standards relevant to their applications. For example, Ansys SCADE Test, which integrates with Twin Builder, complies with safety standards such as DO-178C for aerospace, ISO 26262 for automotive, EN 50128 for railway, and IEC 61508 for industrial applications.

Security and Compliance Programs:

Ansys has a comprehensive security program that includes industry-leading certifications and compliance standards. This program ensures that Ansys products are secure, reliable, and capable of protecting customer data and intellectual property.

Environmental and Sustainability Standards:

Ansys is committed to environmental sustainability and incorporates these principles into its product development processes. This includes compliance with various environmental regulations and standards to support sustainable product development and operations.