@SpringerEng

Tweeting the latest content, news and updates from all of Springer’s #engineering portfolio.

 London, England
springer.com/engineering
Joined April 2017
  • Tweets10.2K
  • Following2K
  • Followers5K
3.7KMedia
Are you ready to publish your latest research in Engineering? Get in touch with our excellent team of publishing editors: bit.ly/twEngEdContct
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Congratulations to Dr. Reza Nosrati on receiving the Young Innovator in Microfluidics Award at @MicroTAS2026! 🏅Sponsored by the Chemical and Biological Microsystems Society and Springer journal Microfluidics and Nanofluidics. #MicrofluidicsandAIforFertility @NosratiR
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Open for submissions! The Topical Collection Data-Driven Multiscale Modeling and Operator Learning for Complex Materials invites researchers working at the intersection of AI, machine learning, and materials modeling to contribute 🔗 go.sn.pub/c15bom #AI #MachineLearning
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📢 Free access for 45 days! Explore articles from the International Journal of Civil Engineering, featuring research on earthquake engineering, UHPC structures, excavation and foundation engineering, tunnels & more. Read now: go.sn.pub/ecopvp #CivilEngineering
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Springer Engineering retweeted
Visual-Intelligence@VI_Journal_CSIGOct 17
🚨Call for Papers: Special Issue on "Visual World Model"📊💡 Submit your work on new representation systems, architectures and algorithms, and cutting-edge techniques of visual world models for the SI！ Deadline: 31 December 2026 🔗link.springer.com/collection… @SpringerEng
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🔋Call for Papers: Multiphysics and Multiscale Degradation in Next-Generation Battery Materials and Systems. Learn more about the collection and submit here: go.sn.pub/5n2ng2 #BatteryResearch #MaterialsScience
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Sports Engineering is recruiting new Editorial Board members! Help shape the journal and bring diverse expertise to the board. Apply by 1 Nov 2026: go.sn.pub/a216i1 #SportsEngineering @ISEA_Journal
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Springer Engineering retweeted
Visual-Intelligence@VI_Journal_CSIGSep 29
🔥The authors from Zhengzhou University and Institute of Automation, CAS, proposed cross-modal joint unlearning (CMJU) framework for balanced cross-modal unlearning in MLLMs under the modality-complete supervision setting. link.springer.com/article/10… #unlearning #MLLMs @SpringerEng

CMJU: cross-modal joint unlearning for balanced forgetting in multimodal large language models

Visual Intelligence - Multimodal large language models (MLLMs) may memorize private or sensitive knowledge from training data, making unlearning important for safe deployment. Existing studies have...

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Springer Engineering retweeted
Visual-Intelligence@VI_Journal_CSIGSep 9
Authors from ShanghaiTech University and The Chinese University of Hong Kong introduced MARMOT, a masked autoencoder for modeling transient imaging to facilitate NLOS applications in a self-supervised manner. link.springer.com/article/10… #MAE #NLOSimaging @SpringerEng @SciOpenTUP

MARMOT: masked autoencoder for modeling transient imaging

Visual Intelligence - Pretrained models have recently emerged as effective priors for a wide range of vision and computational imaging problems. Transient measurements have emerged as a new imaging...

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How do you safely return astronauts from the Moon? Advanced computational modeling helped make Artemis II's splashdown possible. We're proud to publish the research behind this milestone. 🔗 Read more: go.sn.pub/j67w0k #SpringerEngineering #SpaceEngineering #NASA #Research
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🏉Sports Engineering welcomes the new Topical Collection Rugby Research, a collaborative initiative between @WorldRugby, @Isportsengineer , and the Sports Engineering journal @ISEA_Journal Learn more and submit your paper: go.sn.pub/mi0d4p
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We’re proud to celebrate Prof. Jorge A.C. Ambrósio, Editor-in-Chief of Multibody System Dynamics, on receiving the D'Alembert Award. Congratulations on this remarkable achievement! 🏆👏 #MultibodyDynamics #NonlinearDynamics #ASME
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Springer Engineering retweeted
Visual-Intelligence@VI_Journal_CSIGAug 31
Authors from Queensland Uni., RMIT, CSIRO, and Adelaide Uni. introduced a lightweight viewpoint-aware self-correction strategy that explicitly signals frame-of-reference changes and guides models to revise viewpoint-sensitive reasoning. link.springer.com/article/10… #LMM @SpringerEng

Thinking outside the frame: viewpoint-aware spatial reasoning in large multimodal models

Visual Intelligence - Large multimodal models (LMMs) have greatly improved cross-modal tasks but continue to struggle with spatial reasoning. In particular, they exhibit a bias toward egocentric...

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#AdvancedMaterialsJoining presents a study using a finite element model to analyze tensile deformation in friction stir welds of 6082-T6 aluminum. It highlights the impact of root defects and material property distribution on strain and stress. bit.ly/4qEy85q

Competition between root defects and non-uniform properties in governing the tensile deformation...

Advanced Materials Joining - Root defects and non-uniform material properties are two key factors governing the tensile deformation behaviors of friction stir welds, yet the competitive mechanism...

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Research in #AdvancedMaterialsJoining shows that femtosecond laser processing can reduce Au plating thickness from 3.0 μm to 0.3 μm, enhancing solder wettability with a spreading coefficient over 95% bit.ly/4cc3Q47

Femtosecond laser-based surface gold removal and its applications in flip chip bonding

Advanced Materials Joining - Femtosecond laser processing was utilized to thin Au platings from 3.0 μm to 0.3 μm. This study investigated the effects of processing...

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#AdvancedMaterialsJoining reports on the fabrication of dissimilar steel joints between CLF-1 and 316LN-IG for ITER's Test Blanket Module. The study highlights microstructural evolution and its correlation with mechanical performance. bit.ly/4xbg70W

Microstructure and mechanical properties of laser welded dissimilar materials joints between CLF-1...

Advanced Materials Joining - The structural integrity of the Test Blanket Module (TBM) in the International Thermonuclear Experimental Reactor (ITER) depends on robust dissimilar joints between...

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The study introduces a comprehensive path planning pipeline for turbine blade cladding, integrating Principal Component Analysis and Singular Value Decomposition to create continuous trajectories, achieving high spatial alignment accuracy. bit.ly/3SlyeCc

A 3D vision-based method for turbine blade crown cladding area recognition and automatic path...

Advanced Materials Joining - Turbine blades are critical aero-engine components whose crowns frequently require wear-resistant cladding. However, manual operations are hindered by small target...

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#AdvancedMaterialsJoining reports on a study that introduces a Zr-activated CoCrFeNiCu high-entropy alloy filler. This innovation enhances weldability and allows for strong joints in nickel-based superalloys at lower temperatures. bit.ly/4c3Yub7

Brazing of superalloy with Zr-activated CoCrFeNiCu high entropy alloy filler

Advanced Materials Joining - High-entropy alloys hold promise as brazing filler metals for achieving high-strength brazing but are limited by high melting point and sluggish diffusion behavior....

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#AdvancedMaterialsJoining reviews the challenges of residual stresses in laser powder bed fusion (LPBF) manufacturing, highlighting their impact on distortion, cracking, and fatigue performance in metal components bit.ly/4zK1LXk

A workflow for residual stress control in laser powder bed fusion manufacturing

Advanced Materials Joining - Laser powder bed fusion (LPBF) enables near-net-shape manufacturing of complex metal components with exceptional geometric freedom. However, the rapid cyclic heating...

link.springer.com
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📢 Could you be the next Editor-in-Chief of the International Journal of Mechanics and Materials in Design? If you are an established researcher in the field, experienced academic editor and collaborative leader, apply before 23 Sept 2026: bit.ly/4wMgmyF
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#AdvancedMaterialsJoining presents a study of microwave sintering, highlighting its unique heating mechanism for uniform metal powder densification and establishing an analytical framework applicable across diverse materials. bit.ly/4wB0ezR

A review of heating mechanisms, process parameters, and defect-minimized densification applications...

Advanced Materials Joining - Microwave sintering, an advanced materials processing technique, has garnered substantial attention due to its distinctive heating mechanism, which facilitates more...

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