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Nickel–Titanium Alloy Laser Micromachining: A Review of Nitinol Laser Processes and Optimization for High‐Speed Laser Cutting
The binary nickel–titanium (NiTi) alloy,“Nitinol”, has become a prominent name in the
medical device industry among medical device manufacturers. The unique properties of the …
medical device industry among medical device manufacturers. The unique properties of the …
Exploring sustainable machining processes for nitinol shape memory alloy: a review of eco-friendly EDM and other techniques
The machining of Nitinol shape memory alloys (SMA) presents challenges because of their
unique properties, such as high hardness, low thermal conductivity, and shape memory …
unique properties, such as high hardness, low thermal conductivity, and shape memory …
Fiber laser cutting study on ternary NiTiV shape memory alloy
Shape memory alloys (SMA) made of nickel–titanium (NiTi) have grown in popularity
because of their functionality and mechanical qualities. Vanadium (V) was added as an …
because of their functionality and mechanical qualities. Vanadium (V) was added as an …
Fiber laser cutting of Cu–Zr added quaternary NiTi shape memory alloy: experimental investigation and optimization
The shortage of high-temperature memory retaining characteristics of regular NiTi smart
alloy (SMA) is compensated by adding Cu and Zr as alloying elements. One of the effective …
alloy (SMA) is compensated by adding Cu and Zr as alloying elements. One of the effective …
Unravelling the effect of CO2 laser machining parameters on the surface and shape memory characteristics of CuAlFeMn quaternary shape memory alloy
S Santosh, S Srivatsan, RV Pandian - Optics & Laser Technology, 2023 - Elsevier
Abstract Shape Memory Alloys (often called SMAs) belong to a branch of alloys that
“remember” their original shape. When the metals are twisted or disturbed from their initial …
“remember” their original shape. When the metals are twisted or disturbed from their initial …
Surface quality and morphology of NiTiCuZr shape memory alloy machined using thermal-energy processes: an examination of comparative topography
Adding alloying elements like copper (Cu) and zirconium (Zr) to binary NiTi shape memory
alloys (NiTiCuZr SMA) raises the martensitic transition temperatures and functional fatigue …
alloys (NiTiCuZr SMA) raises the martensitic transition temperatures and functional fatigue …
Micro-machining of SDSS-2507 under comparative assessment of fiber laser scan techniques
Dual phases with different thermal characteristics make SDSS-2507 complex to process by
laser. Therefore, two micro-machining attempts were made on SDSS-2507 using a Yb: YAG …
laser. Therefore, two micro-machining attempts were made on SDSS-2507 using a Yb: YAG …
Laser technologies in manufacturing functional materials and applications of machine learning-assisted design and fabrication
The integration of laser technologies and machine learning has marked a transformative era
in functional materials manufacturing. This review highlights how AI-driven methods …
in functional materials manufacturing. This review highlights how AI-driven methods …
Comparing surface characteristics of Cu-Al-Fe alloys using thermal-based machining processes
The exceptional shape memory properties and load-handling capabilities of shape memory
alloys makes them perfect for a spectrum of applications, such as actuators in robotics …
alloys makes them perfect for a spectrum of applications, such as actuators in robotics …
The effect of assist gas type on nitinol microsecond laser cut edges: a study on the use of oxygen, argon, nitrogen, helium, and compressed air
Historically, the published literature for laser cutting atomically balanced nickel-titanium alloy
(Nitinol) tubular devices assumes slow cut rates with an inert argon assist gas. Herein, a …
(Nitinol) tubular devices assumes slow cut rates with an inert argon assist gas. Herein, a …