Databases
ASM Databases – Dynamic Materials Information At Your Fingertips
Don’t risk your reputation on unverified information – subscribe to the ASM Databases for the certainty that only comes from peer-reviewed material. These databases save you time by collecting numerous resources in one place, and also offer you ease of use combined with the convenience of 24-hour availability and customization.
For more information on how to subscribe, contact the Database Manager at 440.338.5151 or via email at onlinedbsales@asminternational.org.
ASM Handbooks Online
The ASM Handbook is a comprehensive and authoritative guide to the structure, properties, processing, performance, and evaluation of metals and nonmetallic engineering materials.
ASM Technical Books
ASM Technical Books offer a wealth of materials science and engineering knowledge from experts in the field. Discover practical guides and reference resources on a wide variety of subjects created to fill the needs of the novice and the experienced professional.
ASM Global Materials Platform PRO
ASM Global Materials Platform PRO (GMP PRO) is the world’s most comprehensive digital materials solution for engineering scale data, providing a single source of truth for all of your materials data needs. With an intuitive interface and unparalleled amounts of data, this platform can help revolutionize your approach to materials procurement and selection, engineering design, materials identification and substitution, quality assurance, and compliance adherence.
ASM Alloy Center Database™
Get instant access to worldwide equivalencies for alloys, mechanical, physical and chemical property data, and corrosion characteristics in various environments. Access alloy data sheets, stress-strain curves, creep curves, time-temperature curves and other engineering graphs for thousands of significant alloy designations.
ASM Alloy Phase Diagram Database™
The Alloy Phase Diagram Database™ is a fully-searchable database containing over 40,300 binary and ternary alloy phase diagrams, each with their associated crystal and reaction data. Also includes all inorganic systems. The APD Center places the full breath and scope of available data on binary and ternary phase diagrams right on your desktop to assist with troubleshooting, manufacturing control, and the development of new materials.
ASM Medical Materials Database™
The ASM Medical Materials Database is the only comprehensive, peer-reviewed database providing a single source for materials data to support Surgical, Cardiovascular, Orthopaedic, and Neurological medical device design. The database features both materials properties and biological response data for medical device designers. The ASM Medical Materials database contributes to lower development costs and competitive advantage by consolidating a broad and necessary range of information critical to materials selection, product design and preparation of submissions.
ASM Micrograph Database™
ASM Micrograph Database™ contains more than 4,000 micrographs, each with details about the material, processing history, specimen preparation and microstructure. Users can examine images, look for typical or optimal structures, or compare the effects of alloying or heat treating regimes on microstructures.
ASM Materials Platform for Data Science
ASM Materials Platform for Data Science (MPDS) is the world’s largest and most comprehensive repository of inorganic materials data comprised of phase diagrams, crystal structures, and physical properties. The ASM Materials Platform for Data Science is the digital continuation of the Pauling File.
ASM Failure Analysis Database™
The ASM Failure Analysis Database presents over 1,200 real-world case histories as documented by experienced failure analysts. Each report describes the component, how the failure was investigated, and remedial solutions. Links are included to ASM Handbook articles that provide relevant context.
Pearson’s Crystal Data
The Pearson’s Crystal Data® DVD is the world’s largest database containing critically evaluated crystallographic and derived data for intermetallics, oxides, halides, minerals, and other inorganic materials and compounds. This allows users to check data against crystallographic rules and therefore interpret the properties of chemical compounds quickly and efficiently. It is an essential tool for scientists and engineers working with inorganic crystalline matter.