Modules allow you to combine multiple parts of a structure into one complete assembly. You don’t need additional connections or worry about ID numbering. Optimize existing designs and create unique product differentiations that give you an edge over your competitors. Optimize for stress, mass, fatigue, etc. Variables such as material properties, geometric dimensions, and loads can be adjusted to optimize the design. MSC Nastran is built on advanced numerical methods, including the Finite Element Method. Built-in implicit numerical methods can be used to solve nonlinear FE issues. MSC Software and nCode International Ltd. jointly developed the fatigue capability of MSC Nastran. You can prototype virtually early in the design process to save costs that would otherwise be associated with physical prototyping.
Msc Nastran 2018 Documentation
MSC Nastran offers many methods to join multiple components in order to perform system-level structural analysis. Automatic Solver Selection allows you to speed up simulation times and achieve higher performance with large models. Based on your analysis specifications, MSC Nastran will automatically choose the best solver and most efficient parallelization method.
How to Download Msc. Nastran 2018 + Documentation
Common structural analysis solutions can be used to address one or more analysis disciplines. Multiple software solutions are required to build a complete engineering analysis capability. Users must also be trained in each tool. MSC Nastran offers multiple analysis disciplines that allow customers to use one solution for many engineering problems. Structural Assembly Modeling One structural component is rarely examined separately. Many components make up a structural system, so it is important to analyze them all together.
MSC Nastran Installation and Operations Guide explain how to install, customize and use MSC Nastran 2018 for Linux and Windows.
Msc Nastran Product Information & Documentation
High-Performance Computing Analysis models may be large and take a long time to solve. MSC Nastran offers a variety of High-Performance Computing capabilities that enable engineers to quickly solve large problems. Automated structural optimization Design optimization is an important element of product development. However, it is often quite iterative and requires a lot of manual effort. MSC Nastran has optimization algorithms that automatically search for optimal configurations within a given design space. MSC Nastran is used by engineers to ensure structural systems are strong, stiff, and durable. This helps to prevent structural failures that could compromise safety and structural function. MSC Nastran can also be used to increase the economy and passenger comfort in structural designs. BMW AG. BMW AG. Full vehicle concept optimization in the early phases of development for premium NVH comfort.
Msc Nastran 2018 Documentation System Requirements
- Operating System: Windows XP/Vista/7/8/8.1/10
- Memory (RAM): 1 GB of RAM required.
- Hard Disk Space: 1.5 GB of free space required.
- Processor: Intel Dual Core processor or later.