Bringing a competitive new product to market is hard. Engineers have to create something the world has never seen before, and they have to be absolutely sure that it will work 100% of the time.
That’s a scary proposition.
How do you effectively manage this risk? Failure to do so will have serious consequences: production delays, lost contracts, failure in the field, expensive recalls, reputational damage; the list goes on.
We refer to simulation by many different names — CAE, FEA, CFD, numerical analysis, virtual testing, or prototyping — but it all means one thing: better engineering decision-making through computer prediction.
Don’t design in the dark. GoEngineer’s large FEA portfolio provides accurate and comprehensive engineering guidance to reliably improve engineering outcomes.
Our analysts have multi-decade careers in simulation consulting across many industries, and that experience and expertise is yours to take advantage of.
CFD is sophisticated technology with innumerable applications and high computational demands. GoEngineer has the CFD capabilities and resources to help make it happen for you.
Our CFD experts will help you predict and understand complicated fluid flow scenarios, speeding up your design iteration and prototyping phases.
"Does it pass the test?” GoEngineer can assemble the model, design the simulation, and give you the answer. Compare your options, validate your ideas, and hit your targets with confidence.
Virtual prototyping using reliable, true-to-life CAE keeps engineers and companies on the right track when designing complex and interconnected products in increasingly competitive markets.
Integrated design and development services. From research to production, GoEngineer's designers and engineers work side-by-side using the latest analysis and optimization tools to efficiently develop parts to specification.
Detailed Gantt charts with resource and cost identification.
Boundary diagrams, process flow, and failure modes effect analysis (FMEA).
Prototypes, capability assessment, and cost analysis.
Engineering, Cost, & Supplier Status
Concept sheets and customized management dashboards.
Cost Forecasting & Tracking
Financial planning, tracking, and cashflow analysis.
We Do Front End Engineering Design (FEED)
Cost-effective product development programs rely upon FEED to minimize total expenditures. Although the initial investment is typically higher (more up-front engineering), the process generally leads to reduced cost of product development and final products.
- Concept design/trade studies
- FMEA/DVP&R support
Accuracy is essential to effective CAE, so we’ve made physical-to-virtual test correlation and material characterization two of our most practiced skills.
Complex materials can be tricky for FEA, especially under extreme loading or environmental conditions or in composites. Clever modeling, sound data interpretation, and user subroutines can be used to reproduce nonlinear and situationally dependent behavior, like failure and degradation, complex layering, variable properties, etc.
Many of our projects, especially those involving nonlinear dynamics, start with a physical test video. With the appropriate material properties, assembly connections and constraints, and an intelligent approach to model simplification, true-to-life simulation behavior is very achievable. From there, new design and analysis can be pursued with confidence.
Creating a simulation that is complex, accurate, and efficient requires skill and experience. If the predictive model you require seems out of reach, GoEngineer can help. As consultants, we routinely use CAE software in creative ways to go beyond common analyses.
Our expertise in a wide range of FEA and CFD tools can become your advantage. We can develop and train your analysis team on software and modeling methodologies that will lead to better engineering decision making.
It Begins with a Conversation
Your engineering and business needs are unique, and there are many ways that GoEngineer can help. We can integrate simple analysis, design experimentation, and virtual testing involving a variety of physics simulation at varying levels into your own processes and operations.
After an in-depth technical discussion, we'll provide the best personalized solutions from our service catalog to meet your goals.
Know Exactly What You’re Getting
GoEngineer will build a detailed proposal reiterating your interests and what we’ll do to meet them. This document will include:
Dedicated Points of Contact
You will have a lead engineer and an overseeing engineering manager assigned to your project, with uninterrupted and open lines of communication.
Awareness from Beginning to End
We recommend weekly web meetings with your GoEngineer project lead and engineering manager to discuss the progress and direction of your project. These meetings can be extremely valuable, especially upon surprising analysis results.
Have CAE, Will Travel
GoEngineer personnel are also available for travel to in-person meetings with you and/or your customer.
Know Exactly What You’re Getting
We build high-quality simulations to customer specifications using our extensive CAE software portfolio:
Big Computing Resources for Fast Results
With high-performance local and cloud computing capabilities, we can support rapid iteration on very large analyses, like high-fidelity, multistep nonlinear static analysis, or full vehicle crash simulations.
Everything You Need for Better Decision Making
The GoEngineer CAE consulting team can produce a wide range of deliverables for you, as scoped out in your proposal:
Building Upon Success
Some projects may be complete upon delivery, but it doesn’t have to stop there. Additional steps may include:
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 experts in engineering, mathematics, and physics with proven experience in mechanical and structural engineering, metallurgy, computational fluid dynamics, high & low-frequency electromagnetism, multi-physics, multi-body dynamics, acoustics, tolerance management, and additive manufacturing.