EnginSoft USA Capabilities Statement

EnginSoft is the leading technology transfer company in the field of Computer Aided Engineering (CAE). We leverage CAE tools to help customers solve complex product development problems by combining technology transfer with consulting, training, and research.

NAICS Codes

All are related to Mechanical Engineering Services and Software (FEA, CAE, CFD, Multi-body Dynamics, Multi Flexible Body Dynamics)

• 423430 – Computer Software Merchant Wholesalers
• 511210 – Software Publisher
• 541330 – Engineering Services
• 541512 – Computer Systems, Design Services
• 541710 – R&D in the Physical, Engineering & Life Science

Cage Code: 8FY30

DUNS: 091218988

EnginSoft USA has researched for and completed projects for:

• NASA GRC
• ARMY DAC
• ARMY GVST
• Lockheed Martin
• BAE Systems
• Ball Aerospace and Technology

EnginSoft at a Glance

• Over 3,000 CAE projects completed
• Over $40 million in annual revenue
• Offices across the USA
• Global Presence - USA, Europe, Asia

We work across a broad range of industries that includes automotive, energy, oil and gas, aerospace and defense, civil and structural engineering, metals, machining and manufacturing, consumer goods and appliances, healthcare and biomechanics, helping customers to leverage existing legacy and emerging simulation technologies.

We have more than 250 graduates in engineering, mathematics, and physics with proven experience in mechanical and structural engineering, metallurgy, computational fluid dynamics, high & low-frequency electromagnetism, multi-physics, multibody dynamics, acoustics, tolerance management, and additive manufacturing.

Our Disciplines

Computational Fluid Dynamics

EnginSoft engineers have worked on hundreds of CFD consulting projects covering every major field. By offering our CFD based design optimization expertise across multiple domains, we serve as an important link for design engineers and manufacturing organizations to help realize their product promise right from ideation to realization. Having successfully completed complex and critical projects, our team of CFD engineers is delivering solutions to major engineering verticals globally.

Multibody Dynamics

Multibody Dynamics predicts the dynamic behavior of an assembly in motion, where forces may be applied to one or more rigid bodies that are connected to each other through kinematic constraints or contacts. It uses rigid bodies to perform a transient analysis, which allows you to obtain results quickly. The use of flexible bodies provides more accurate results for many applications because the vibration and structural damping of the flexible bodies are included in the simulation.

Finite Element Analysis

Technical FEA experts use a variety of software tools to evaluate component performance under different operational conditions, loading conditions, repetitive stress cycles, etc. Our FEA consulting engineers have extensive experience in:

• Structural Analysis
• Stress
• Strain
• Deformation
• Fatigue
• Fracture
• Durability
• Multibody Dynamics
• Dynamic & Vibrational Analysis

LS DYNA capacities include multi-physics, CFD (compressible and incompressible), frequency domain dynamics, NVH, electromagnetism, conjugate heat transfer, mesh free methods, discrete element method, complete fluid-structure, SPH-structure capabilities.

LS DYNA is optimized for shared and distributed memory Unix, Linux, and Windows based, platforms, and it is fully QA'd by LSTC. The code's origins lie in highly nonlinear, transient dynamic finite element analysis using explicit time integration.

Multi-physics Simulations

Multi-physics simulations combine various simulation solvers together to obtains answers which are not possible using each tool independently. Common examples of this type of analysis are fluid-structural interaction (FSI) and integrating control systems with multi-body simulation. As the number of solvers included in an analysis increases the technical expertise required to obtain meaningful results also increases. Our experts are well versed in combining multi-body, FEA, CFD, controls, and optimization solvers to deliver unique insights to our customers.

Generative Design / Topology Optimization

Generative design is a process. Designers and engineers specify design goals into the generative design software, with parameters such as performance or spatial requirements, materials, manufacturing methods, and cost constraints. The software explores all the possible permutations of a solution, quickly generating design alternatives. It tests and learns from each iteration what works and what doesn’t.