Gryaznov, 1999 - Google Patents
Investigation into the influence of the types of surface treatment and multilayer coatings of the blades body on their fatigue strengthGryaznov, 1999
- Document ID
- 2130378364189276485
- Author
- Gryaznov B
- Publication year
- Publication venue
- Problemy Prochnosti(Russia)
External Links
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US8051565B2 (en) | Method for increasing fatigue notch capability of airfoils | |
| EP0953656A3 (en) | Rotatable fixture for airfoils | |
| CA2517298A1 (en) | Process for applying a protective layer | |
| EP1655077A3 (en) | Spray coating apparatus and spray coating method | |
| CN107791156A (en) | A kind of Shot Blasting method for steel plate derusting rust-proofing | |
| Gryaznov | Investigation into the influence of the types of surface treatment and multilayer coatings of the blades body on their fatigue strength | |
| EP2103384B1 (en) | Method for manufacturing a welded blisk | |
| CN106536692A (en) | Anti-galling method for treating materials | |
| Ivashchenko | Investigation of wear resistance of coatings from self-fluxing alloys during rolling friction | |
| Zhu et al. | Radial fretting behavior of TiN coating | |
| Zhang | Investigation of Surface Pretreatment for Titanium Alloys | |
| Amada et al. | Introduction of fractal dimension to adhesive strength of plasma spraying coatings | |
| CN100362131C (en) | Low-temperature rapid phosphating solution and phosphating process for wire drawing | |
| Green et al. | Cost effective connector plating | |
| Kunchenko et al. | Relation between the structural state of coating material and character of acoustic emission occurring during deformation by a concentrated load[[Previously Titled: Relationship between structural state of coatings and acoustic emission under concentrated loading.]] | |
| Kalyanaraman et al. | Wear Behaviour of Nickel Titanium Dioxide Composite Coating.(Retroactive Coverage) | |
| Nikolaev | Investigation, development, and implementation of technologies for improving the resistance of rolls | |
| Tokarev | Structure of wear-resistant metallic coatings. Requirements to structure and the technology of applying the coatings. | |
| US20190040514A1 (en) | Synergy for improved thermal spray adhesion | |
| Lesage et al. | Adhesion properties of thermal sprayed coatings, deduced from the interface indentation test | |
| Chirkov | Technology of the high-quality surfaces production in deep pads holes | |
| Mukhin | Method for calculating the fatigue life of metals in high-temperature service | |
| Titlyanov et al. | Influence of rolling on wear resistance of copper-aluminium diffusion layer | |
| Bleeks | Metal stripping | |
| Kleppe et al. | The use of shot peening to recover fatigue strength debit due to finishing/plating processes |