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AeroSOFT Technologies Pte Ltd.

Nastran Finite Element Analysis and Simulation SoftwareAAAAAAAAAAA 65-97668621

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Industry - Manufacturing

NEi Nastran provides a wide range of industry-proven solutions for manufacturing applications and material processing that enable our customers to evaluate and optimize many performance and reliability aspects of their designs and manufacturing processes. Benefits include: greater innovation, process automation, shorter development cycles, design for durability, and reduced physical prototypes.
NEi  Nastran customers in the manufacturing processing industry routinely address issues related to:
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 Structural durability and fatigue analysis of farming, forestry, construction, and recreational equipment
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 Design and analysis of consumer products, washing machines, appliances
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 Dynamic analysis of rotating machinery, such as pumps, motors, and compressors
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 Thermo-mechanical and fatigue analysis of power generation equipment, such as boilers, turbines, and heat exchangers
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 Design of reliable rollover and falling object protective systems (ROPS and FOPS)
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 Crash analysis of rolling stock, such as locomotives and wagons
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 Static and dynamic analysis of piping systems under various loads, such as thermal, pressure, seismic, and loads
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 Life predictions of various mechanisms, such as transmissions and industrial brakes and clutches
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 Manufacturing of thermoplastic and polymeric materials
   
NEi  Nastran product suite key benefits for manufacturing processing:
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 Comprehensive interactive tools necessary for model creation, analysis monitoring, and results evaluation including a state-of-the-art analysis editor.
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 Specialized industry-proven element technologies including hybrid quad and hex elements, surface and spot weld elements, heat transfer elements, and dissimilar mesh interpolation elements.
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 High performance processing including advanced parallel PCG iterative, sparse direct, and block Lanczos solvers which allow solutions to large-scale models over 10 million degrees of freedom on inexpensive 32-bit Windows workstations as well as high end 64-bit Linux clusters.
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 Robust contact capability using a 3D surface contact method which easily handles dissimilar meshes between components including frictional effects.
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 Basic through advanced material models including temperature dependent materials, non-linear elasticity and plasticity effects, creep, and thermo-elasticity.
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 Substructuring and Model Reduction allows the creation and reuse of substructures to improve the efficiency of large analyses and provides a convenient method to transfer model data to subcontractors.
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 Submodeling allows in-depth evaluation of particular regions.
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 Load and Boundary Condition Interpolation, allows mapping of thermal and CFD output from specialized heat transfer and fluid dynamic models to the structural model for load and boundary condition definition.
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 Multiple subcase capability provides a highly efficient technique to evaluate the response of structures to many different load cases and boundary conditions.
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 Extensive composite material support including, 2D orthotropic, 3D orthotropic, general anisotropic, laminate lay-up definitions, and a wide range of failure criteria.
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 Advanced solution sequences such as linear and nonlinear static, transient dynamic, steady state dynamic, frequency extraction, heat transfer, and other analysis types, provide a choice of appropriate analysis types for different types of simulations.
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 Integration with specialized fatigue applications, such as Winlife which is available as an add-on to the NEi Nastran product suite and also fe-safe, nCode, Falancs and FE-Fatigue.