New tools are trained on legacy data and simulation results to better predict product performance.
Announced at Formnext 2023, Fuse Blast automates additive part cleaning and polishing, promising finished 3D-printed products in 15 minutes.
The ecological development of a pulp preparation system with using CFD and DEM.
Learn how manufacturers are reducing costs and ensuring product quality with new AI-based decision-support technologies that make human decisions consistent, reliable and trackable.
Markforged survey looks at the average American’s attitude toward additive manufacturing.
The Science Discovery Engine uses neural nets and natural language processing to search through NASA’s open science datasets.
LLMs and other AI models are proving their real-world value, and they may soon be an essential engineering skill.
Consolidation, innovation and the drive toward production-ready additive manufacturing could bring another order-of-magnitude change in the industry over the next decade.
Tony Hemmelgarn explains why companies must embrace digitalization as a core part of their sustainability strategy.
An easy fluids simulation tool enables drivers and engineers to race classic cars.
Learn from the challenges Turntide Technologies faced designing its smart electric motors.
Major changes to the Siemens CAD-embedded computational fluid dynamics (CFD) software include electronics design enhancements, the integration of Nastran nonlinear applications and a faster mesher.
Multiphysics simulation works to find material properties, then create a design.
How researchers unlocked the future of self-cleaning surfaces.
This paper presents the findings of a Hyperion Research ROI study, focused on CAE and EDA engineering simulation projects performed on HPCs, and provides an analysis of the current CAE and EDA market compared to the overall HPC manufacturing sector.
Newest release democratizes simulation with AI and improved data and workflows.
Cloud-based AI in space can identify damage to gear, process health data and test 3D printed parts.
Alien intelligence, or a tool to take over engineering drudge work? Depends who you ask.
The variety of programs and courses reveal the field is wide open.
Topology optimization software frees the engineer from having to guess the overall shape or form of the part. A poor guess can lead to a dead end. This is why so many designs resemble one another.
An interview with Pierre Baqué, founder and CEO.
Why not combine the human ability to Infer the optimum shape into topology optimization?
The most advanced AI today doesn’t put much faith in human intuition. It should.
AI and HPC allow new, powerful systems that help engineers make sense of data, and complexity.
AI-driven generative design will change how and what engineers design in the future, forever.
Digital twins of cities can help accelerate AI development for the automotive industry and beyond.
AxSTREAM moves to simulate turbomachinery at the full system level.
Can smaller companies compete with the simulation big dogs?
nTopology has their own geometry kernel. They don’t rely on Parasolid, ACIS or one of the other B-rep (boundary rep) geometry kernels.
In this eGuide, we’ll address key aspects of digital twin technology and highlight case studies of an aerospace company successfully using digital twin technology to streamline development and save money.
Generative design is widely regarded as the Holy Grail of design engineering automation. Simply press a button, and have artificial intelligence create an optimized part. It's a supremely difficult challenge, and, like autonomous driving, is much more difficult than it appears. Engineering.com's design engineering expert Roopinder Tara discusses the state-of-the-art in generative design with Jim Anderton.
A generative design tool will utilize topology optimization in addition to other layers of optimization, resulting in an array of possible solutions.
Accelerate innovation, accelerate generation of material data, make substantial savings! This white paper unleashes the power of Data Science and Artificial Intelligence in the field of Materials and Integrated Computational Materials Engineering.
AI, simulation, and customization are just some of the key components of enterprise digital twins.
The NSF is granting millions of dollars to promote fairness, equity and ethics in AI. These research projects reveal why.
New FPGA-based machine vision platform aims to be quicker and better than human defect inspectors.
Generative design is not a magical solution to every design problem you will ever encounter. In its current, adolescent form, generative design is like every other design tool out there: to get the most out of it, you have to know the right way to use it.
Singapore’s city model and the biggest dam in Southeast Asia.
Despite some holdouts, most simulation providers have woken up and smelled the graphics cards.
As products get smarter, design cycles get shorter and the pressure to cut costs and satisfy regulations increases. Simulation can help in all respects. Read this research report on how engineers are doing simulation and how often. engineering.com surveyed 268 engineers who told them how they are doing simulation and how often. Download the report to learn more.
With VCollab, you don’t have to dumb your reports down to 2D.
This Engineering.com report uncovers: If advanced design and CAE tools are accessible. How engineers incorporate these tools into their practice. Top design and CAE technologies for today and the future. Reasons why engineers and designers avoid these tools. Simulation practices. And more.
In today’s design environment, it’s increasingly necessary to combine multiple file types in a single project. If you need to work with parametric, direct and facet modeling within the same project, some CAD platforms require you to move design data across multiple pieces of software.
From Engineering.com - Verdi Ogewell posted on February 06, 2019
Computer-aided engineering (CAE) tools have the power to take the gut feel and rules of thumb out of the engineering world. The old guard shouting, “This is the way we always did it,” won’t cut it in today’s market.
The industry is aiming to make simulation more pervasive. To do that, you must first make simulation usable by non-experts and ensure that there is a steady supply of experts to verify the works of others.
Mark Zebrowski, a former automotive simulation analyst, suggests that simulation can allow zero hardware prototypes if used strategically.
Computer-aided engineering (CAE), software continues to suffer from being the outsider at the party, despite predictions of its popularity.
Engineering.com's Roopinder Tara asks: Can artificial intelligence help us with simulation?
The computer-aided engineering (CAE) industry is seeing a trend toward the democratization of simulation tools.
Engineering.com's Shawn Wasserman writes about the 5 CAE Industry Strategies to Bring Simulation to More Engineers
Users will now be able to access LiveLink for SOLIDWORKS in COMSOL’s Application Builder.
Engineering.com's Shawn Wasserman writes about Conceptual and Systems Design Fuels Open-Architecture Integrated CAE.
Engineering.com's John Hayes explains that - when it comes to simulation - its time to get your head in the clouds.
Democracy—that quaint notion that every man and woman should have a voice in government—has served humanity admirably since the days … Continue reading Launching the Simulation Revolution
The Conference on Advancing Analysis & Simulation in Engineering (CAASE) 2018, which occurred earlier this month in Cleveland, Ohio, saw … Continue reading Engineering.com Highlights Democratized Simulation
A German auto plant 3D prints sand cores for light metal casting, integrating additive manufacturing into engine production line.