Service Manuals, User Guides, Schematic Diagrams or docs for : Agilent 5991-2906EN Strain-Rate Sensitivity of Thin Metal Films by Instrumented Indentation - Application Note c20141020 [7]

<< Back | Home

Most service manuals and schematics are PDF files, so You will need Adobre Acrobat Reader to view : Acrobat Download Some of the files are DjVu format. Readers and resources available here : DjVu Resources
For the compressed files, most common are zip and rar. Please, extract files with Your favorite compression software ( WinZip, WinRAR ... ) before viewing. If a document has multiple parts, You should download all, before extracting.
Good luck. Repair on Your own risk. Make sure You know what You are doing.



Image preview - the first page of the document



>> Download 5991-2906EN Strain-Rate Sensitivity of Thin Metal Films by Instrumented Indentation - Application Note c20141020 [7] documenatation <<

Text preview - extract from the document

Keysight Technologies
Strain-Rate Sensitivity of Thin Metal Films
by Instrumented Indentation


                                                                     Application Note




              Introduction
              Strain-rate sensitivity (SRS) is an important material property, because it quantifies
              the tendency of the material to creep. Materials which do not creep have a near-zero
              strain-rate sensitivity. For materials with high strain-rate sensitivity, small stresses can
              cause plastic deformation, if the strain rate is sufficiently small. In this note, we present
              a new technique for measuring strain-rate sensitivity by instrumented indentation. This
              new technique is insensitive to thermal drift and can be used for thin films and other
              small volumes [1, 2]. We demonstrate the technique by using it to measure the strain-
              rate sensitivity of thin copper and nickel films deposited on silicon, and we compare our
              results to those that have been published for comparable materials. Maier et al. mea-
              sured the strain-rate sensitivity of ultra-fine-grained nickel by instrumented indentation
              to be 0.019, and they compared this value to the results of uniaxial testing on the same
              material which gave a value of 0.016 [3]. Ye et al. consolidated strainrate sensitivity
              measurements that have been published for copper and presented them as a function of
              grain size [4]. For grain sizes on the order of 100nm

◦ Jabse Service Manual Search 2024 ◦ Jabse Pravopis ◦ onTap.bg ◦ Other service manual resources online : Fixya ◦ eServiceinfo