Latest Updates The Best Adhesives for Cold Weather and How to Use Them
High-performance, two-part epoxies are frequently engineered for low-temperature applications, achieving strong bonds in temperatures as low as -40°C. These systems cure via a
Latest Updates Analysis and Design of the IBM Power 575 Supercomputing Node Cold
Abstract IBM returned to indirect (cold plate) water cooling in 2008 with the introduction of the Power 575 Supercomputing Node .
Latest Updates Superconducting Joint Technology for a Low-temperature
This manuscript introduces superconducting joint methods for low-temperature superconducting wires, which has been developed by the superconducting magnet manufactures and related R&D institutions.
Latest Updates Cold Shrink Technology: Applied to taking the heat
3MTM Cold Shrink Termination Kits and Joint Kits have been engineered for safe, fast, economical installation without using special tools, sealants, adhesives, torches or other heat sources. Once
Latest Updates Five Trends Shaping Next-gen, Data-intensive
Data-intensive supercomputing transitions computing centers to centers delivering diversified computing services. Ultimately, diversified computing convergence and
Latest Updates Custom low temperature resistance of custom fasteners
Custom low temperature resistance in fasteners is crucial for applications that operate in cold environments. Standard fasteners are often not designed to withstand extreme cold
Latest Updates Research on Fabrication Method of Low-Temperature
The joint resistance should be as small as possible. The drop of the critical current of the common should be as small as possible. The joint should have sufficient mechanical strength. The form of the
Latest Updates Laser joining of silicon carbide—a new technology for ultra-high
To get over these difficulties, a joint project has been established to develop a high temperature resistant solder as well as a laser based technique which is adapted to this soldering
Latest Updates Superconducting and Mechanical Properties of Low-Temperature
Although the good ductility and high maximum fracture elongation of Pb 38 Sn 62 is useful when using low-temperature superconductors, other solders may be preferred with high-temperature
Latest Updates Superconducting joint between iron-based superconductor tape
Wuhan University of Technology,Wuhan 430070, China Abstract Superconducting joints are essent. al for iron-based superconductor''s applications in future. In this study, a process for fabricating
Latest Updates Advanced Cold Shrink Joints for Power & Renewable
COMPAQ International''s cold shrink cable joints deliver effortless installation, long-term sealing, and superior insulation. Designed for voltages up
Latest Updates Expansion Joints for High-Temperature
Explore U.S. Bellows'' engineered expansion joint solutions for high-temperature environments — designed for thermal expansion,
Latest Updates Adhesive Joints for Low
It was found that the epoxy resin adhesive suitable for high-temperature applications was too brittle, while those suitable for room
Latest Updates Specific Applications
Expansion joints engineered for high-temperature applications, offering exceptional resistance, durability, and performance in extreme
Latest Updates Optimizing temperature gradient for rapid fabrication of Cu
This process involves the assembly of low-melting-point solder materials as an intermedi-ate layer between two high-melting-point substrates, resulting in the formation of robust intermetallic
Latest Updates Advanced manufacturing of high-speed steels: A critical review of the
High-speed steels (HSSs) are frequently utilized as cutting tools and wear-resistant components for a variety of applications because of their excepti
Latest Updates Preparation and performance study of high-temperature resistant joints
To fulfill the requirements for dependable low-temperature soldering of high-temperature lead-free materials and to inhibit the transformation of Cu6Sn5 to Cu3Sn during transient liquid
Latest Updates Research on Fabrication Method of Low-Temperature
The cold-pressing welding method is employed to fabricate persistent joints between NbTi multifilamentary conductors, and a series of persistent joints are thus made at different mechanical...
Latest Updates Hewlett Packard Enterprise builds next-generation 100
HOUSTON – December 13, 2024 – The Leibniz Supercomputing Center (LRZ) of the Bavarian Academy of Sciences and Humanities has commissioned Hewlett
Latest Updates A low-temperature strategy to rapidly prepare high-quality diffusion
This work preliminarily demonstrated that the combination of pulsed diffusion bonding and short-term heat-treatment could be a novel technology for the preparation of high-quality joint of
Latest Updates Designing mechanical joints for extreme temperatures
To mitigate these challenges, engineers must incorporate design strategies that enhance joint resilience. This article explores the issues faced by
Latest Updates US20230207171A1
The concepts disclosed herein are generally directed toward systems, structures and techniques to create low-resistance, high current capacity, demountable solder joint connections at...
Latest Updates Sealants That Work in Freezing Cold: Silicone & Low
Low temperature sealants are formulated to remain flexible and effective in freezing or very cold conditions, ensuring reliable sealing in low
Latest Updates Superconducting joint technology for a low-temperature
Commercial low-temperature superconducting wires have NbTi or Nb3Sn filaments embedded in stabilizing materials such as copper or aluminum matrixes. To realize a low-resistance
Latest Updates How HPE & LRZ Are Bringing Sustainability to
Against this backdrop, Hewlett Packard Enterprise (HPE) and the Leibniz Supercomputing Center (LRZ) have announced plans to create
Latest Updates Designing mechanical joints for extreme temperatures
For cold environments, anti-corrosive coatings like cadmium or nickel plating protect against environmental wear while ensuring smooth operation. Wire
Latest Updates Multistep temperature prediction for proactive thermal management on
AbstractIn chip multiprocessors, the thermal hot spot prediction is vital to take proactive thermal management decisions for mitigating its impact on the performance of the application. Core
Latest Updates Submission guidelines | The Journal of Supercomputing
The Journal of Supercomputing has discontinued the publication of author biographies and author photographs. Nowadays author biographies / author information is available on the internet by