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💡Did you know that Simufact Welding excels in simulating Resistance Spot Welding processes with remarkable accuracy? The tool predicts the impact of various parameters, including spot sequence, welding process parameters (force, current, time), and fixturing/clamping strategy on the weld structure. Simufact Welding's flexibility shines through in the simulation, offering different modes such as thermomechanical, mechanical with electrode movement, and simplified configurations. This flexibility allows for swift simulations even in the case of complex assemblies. ❓Want to explore how multiple parameters impact weld structures? Contact: Igor Burchitz, PhD, or visit our website: https://lnkd.in/eNFDXFCA Read more about Simufact welding and other processes like arc welding and virtual clamping: https://lnkd.in/eh_vpbgv #simufact #welding #simulation #hexagon #simulationsoftare

💡Did you know that Simufact Welding excels in simulating Resistance Spot Welding processes with remarkable accuracy? The tool predicts the impact of various parameters, including spot sequence, welding process parameters (force, current, time), and fixturing/clamping strategy on the weld structure. Simufact Welding's flexibility shines through in the simulation, offering different modes such as thermomechanical, mechanical with electrode movement, and simplified configurations. This flexibility allows for swift simulations even in the case of complex assemblies. ❓Want to explore how multiple parameters impact weld structures? Contact: Igor Burchitz, PhD, or visit our website: https://lnkd.in/eNFDXFCA Read more about Simufact welding and other processes like arc welding and virtual clamping: https://lnkd.in/eh_vpbgv #simufact #welding #simulation #hexagon #simulationsoftare

Registration for webinar on modeling laser welding processes, May 9th: https://lnkd.in/d_swHu-r Slides and recording will be sent to all registrants. Simulation is of a pulsed laser welding an Al alloy t-joint with beam defocus, tracking temperature and melt volume. I always find it interesting to watch the "stacked dime" effect created during welding processes driven by metal convection and solidification with the interplay of recoil and marangoni forces. It's a very challenging phenomena to model given the truly multiphysics nature. In the webinar next week my colleague Garrett Clyma is going to go into the detail of how we do this stuff in FLOW-3D WELD. #welding #manufacturing #metals

In this video, we explore how Wire Arc Additive Manufacturing (WAAM) is revolutionizing production methods. WAAM uses an arc welding process to melt wires, creating robust parts capable of withstanding high dynamic loads, making it a game-changer for various industries. Before physical production, thermomechanical simulations in Abaqus are crucial to predict residual stress and optimize the manufacturing process. Want to dive deeper into welding simulations, WAAM, or additive manufacturing? Reach out to us hyperlyceum.com Saman Hosseini at saman.hosseini@hyperlyceum.com. #Welding #WAAM #Propeller #AdditiveManufacturing #Abaqus

Spectrum adds value to the laser manufacturing process! Here's how: 🔽 ◾ Responsive to our customers' needs 📱 ◾ Create a plan with quality, delivery, and supply chain in mind 🗒️ ◾ Customized inventory controls available for guaranteed delivery 🚚 ◾ High-precision micromachining and micron-size features 🔬 An OEM partner said, “Spectrum has been exceptional when it comes to responsiveness, communication, and meeting our company’s commitments.” Read the full case study here: https://bit.ly/3YrR0b Some common laser machining processes include ablation, cutting, drilling, tipping, and wire stripping. Contact a laser processing expert to learn more: https://bit.ly/3csx5Qw #MedTech #MedicalDevice #Manufacturing #LaserProcessing

#Ultrasonic #metal #welding a high frequency shear oscillation generated by piezoelectric system remove surface oxides or contaminantion by friction. The reciprocating sliding motion under pressure result in mtallurgical adhesion at the metal contact interfaces without melting. Such a sloud-state binding is advantegous for joining dissimilar metals such as #copper and #Aluminum commonly used materials for #lithium batteries. Now, i used simulation so that amount if applied cycle stress and increased temperature by friction under cycle load can be check more precisely in #Abaqus CAE. #welding #Ultrasonic #Manufacturing #batteries #Abaqus

🚀 Revolutionize your super alloy manufacturing process with FME Tech 6! 🚀 Cut production costs and time with our cutting-edge electrochemical drilling (ECD) technology. Say goodbye to heat and stress, and hello to precise, simultaneous hole drilling of various shapes. From tubular to curved to square, the Tech 6 handles it all, maintaining impeccable accuracy. Experience unmatched versatility and precision, even with a diameter-length ratio of 0.3mm to 300mm. Curious if the Tech 6 fits your needs? Reach out to a.lasschuit@fmebv.com to explore all the possibilities today! And if the Tech 6 isn't what you're looking for, let's discuss stress-free machining alternatives. Connect with FME B.V. for your machining needs! #aerospace #medical #superalloy #inconel #drilling #ECM #ECD #Machining #ProductionEquipment

Light amplification by stimulated emission of radiation LASER Welding:- 💥Lasers produce a highly concentrated heat source, capable of creating a keyhole. Consequently, laser welding produces a small volume of weld metal, and transmits only a limited amount of heat into the surrounding material. 💥As the demand for high-performance, long-lasting batteries continues to rise, ensuring the quality and reliability of the battery assembly process has become critical. Laser welding is one of the cutting-edge technologies that has contributed significantly to the advancement of battery technology. 💥Laser sources often used for welding include solid-state lasers – such as Nd:YAG lasers, fibre lasers and direct diode lasers – and CO2 lasers. Fibre lasers operate at around 1μm and offer excellent beam quality, small spot sizes, high-reliability and low maintenance. 🫥💫In a fiber laser, the laser light is generated in an active fiber and guided to the work piece by means of a flexible delivery fiber, which acts as a “light guide”. The flexibility of the delivery of this laser beam is an important feature for many forms of material processing such as laser cutting, laser welding, laser marking and laser engraving.🧨 #lithiumionbatteries #laserwelding #lasertechnology

Laser welding simulation: In this simulation is explained how to manage complex temporal boundary condition in Elmer. https://lnkd.in/gyuy2qxd To see more, please visit: https://lnkd.in/guAA4CeC #thermal #multiphysics #elmer

"Additive manufacturing is just more complicated welding." I was happy to hear someone say this the other day, because in many ways this is totally true. Especially when we are looking at the physics involved in laser welding vs laser powder bed fusion for instance, virtually the same in terms of melting and solidification. However, aside from the fact that AM is like welding hundreds or thousands of times over for the same part 😵 it's also pretty unusual that someone would intentionally operate in keyhole mode to achieve this fusion. Welding on the other hand is almost always done in keyhole regimes which comes with a different set of difficulty in controlling keyhole stability to avoid defects such as porosity formation. On May 9th we're going to host a webinar discussing modeling for laser welding processes and look at how researchers have been using FLOW-3D WELD to design weld schedules and optimize process parameters to control tricky process dynamics such as keyholing. Link to register here: https://lnkd.in/gwHHitbP Recording and slides will be provided to all registrants. #welding #additivemanufacturing #manufacturing