Frontiers in Ultra-Precision Machining

Frontiers in Ultra-Precision Machining

E-kirja

Guo, Jiang , Toimittaja

;

Wang, Chunjin , Toimittaja

;

Kang, Chengwei , Toimittaja

;

Guo, Jiang , Muu

;

Wang, Chunjin , Muu

;

Kang, Chengwei , Muu

MDPI - Multidisciplinary Digital Publishing Institute 2022

Näytä muut versiot (1)

Tallennettuna:

Ulkoasu

1 electronic resource (246 p.)

Kieli

englanti

Alkuteoksen kieli

englanti

Julkaisija

Basel MDPI - Multidisciplinary Digital Publishing Institute, 2022

Aiheet

Technology: general issues

History of engineering & technology

small-scale damage

magnetorheological removing method

combined repairing process

diamond grinding

single crystal silicon

subsurface damage

crystal orientation

spherical shell

thin-walled part

benchmark coincidence

data processing

ultra-precision machining

computer-controlled optical surfacing

dwell time algorithm

removal function

elementary approximation

atmospheric pressure plasma jet

continuous phase plate

surface topography

high accuracy and efficiency

polar microstructures

machining parameters

cutting strategy

flexible grinding

shear thickening fluid

high-shear low-pressure

ion beam sputtering

morphology evolution

molecular dynamics

electrochemical discharge machining (ECDM)

material removal rate (MRR)

electrode wear ratio (EWR)

electrical properties

single-point diamond turning

electrorheological polishing

integrated electrode

Nano-ZrO2 ceramics

ultra-precision grinding

surface residual material

surface quality

three-dimensional surface roughness

reversal method

piezoelectric actuator

flange

dynamic modeling

surface characterization

tool servo diamond cutting

data-dependent systems

surface topography variation

microstructured surfaces

microlens array

three-dimensional elliptical vibration cutting

piezoelectric hysteresis

flower pollination algorithm

dynamic switching probability strategy

parameter identification

atom probe tomography (APT)

focused ion beam (FIB)

Al/Ni multilayers

vibration-assisted electrochemical machining (ECM)

blisk

high aspect ratio

multi-physics coupling simulation

machining stability

Muu ilmiasu

3-0365-3864-X
3-0365-3863-1

Huomautus kielistä

English

Saatavuustiedot

Muut versiot (1)

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