Faculty

Institution

Unit

Venue

Kazuo Yamazaki

Professor

University of California, Davis

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Kazuo Yamazaki is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

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Experiences

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Education

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Kazuo Yamazaki

University of California, Davis

Professor

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mechanical engineering engineering manufacturing materials science manufacturing technology manufacturing engineering advanced manufacturing technologies precision engineering robotics advanced manufacturing additive manufacturing material machining applied physics materials engineering manufacturing science microfabrication instrumentation automatic control metal processing directed energy deposition advanced materials laser processing technology motion control surface science material processing powder metallurgy fabrication techniques laser science machine tool mechanics computer-integrated manufacturing manufacturing systems micro technology micromechanics computer-aided manufacturing plasma processing automated manufacturing material research sintering ceramic technology production engineering 3d modeling laser ablation mechanical science thermal engineering tribology computer-aided design micromachines micro-electromechanical systems industrial robotics industrial automation printed electronics femtosecond laser ablation nc programs simulation method machine tool systems advanced ceramics electronics machine vision aluminium nitride adaptive control experimental analysis intelligent control motor drives tungsten carbide rapid consolidation error compensation cnc system geometric features highway maintenance operations dynamic mechanical error experimental investigation single view fundamental study adaptive interpolation scheme nurbs curves mechatronics 3d printing automation technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development of Higher Accuracy Magnetic Absolute Encoder. Journal of the Japan Society for Precision Engineering (2023)

Chihiro MURAYAMAHideki AOYAMAKazuo YAMAZAKI

quality improvementquality managementcommunicationcomputer securitysecurity studiesmanagementci qi

Development of High-Precision, High-Efficiency, High-Quality Molding System by Directed Energy Deposition Method. Journal of the Japan Society for Precision Engineering (2023)

Erika OKAMOTOHideki AOYAMAMasahiro UEDAKazuo YAMAZAKI

communicationmanagementzhi xiangphysical activity

Higher Precision Encoder Using Hologram Scale. Journal of the Japan Society for Precision Engineering (2023)

Hideaki TAMIYAKayoko TANIGUCHINobuhiro OTOMOShun KATOKeisuke NAGATANIHideki AOYAMAKazuo YAMAZAKI

higher precisionmechanical engineeringhologram scaleimage codingmachine learning

Cloud-Based Thermal Error Compensation With a Federated Learning Approach. Precision Engineering (2022)

Fabian StoopJosef MayrClemens SulzPetr KaftanFriedrich BleicherKazuo YamazakiKonrad Wegener

thermal engineeringcloud computingengineeringmechanical engineeringprecision engineeringfederated learningthermal managementapplied mathematicsmachine learning

Development of a Height Control System Using a Dynamic Powder Splitter for Directed Energy Deposition (Ded) Additive Manufacturing. Progress in Additive Manufacturing (2022)

Vivian ZhouKyle OdumMasakazu SoshiKazuo Yamazaki

manufacturingadditive manufacturingadvanced manufacturing technologiesmechanical engineeringmanufacturing technologyadvanced manufacturingdynamic powder splitterdirected energy depositionmanufacturing engineeringmaterials scienceheight control system

Development of Femtosecond Laser Cam System for Processing High Precision Three-Dimensional Shape. Journal of the Japan Society for Precision Engineering (2022)

Hiroyuki KAWAKAMIMasahiro UEDAHideki AOYAMAKazuo YAMAZAKI

3d vision3d printingmechanical engineeringoptoelectronicsprecision engineeringlaser sciencelaser processing technologymaterials science

Development of High-Accuracy, High-Efficiency, and High-Quality Modeling System Using Direct Energy Deposition. Journal of the Japan Society for Precision Engineering (2022)

Erika OKAMOTOKengo AIZAWAHideki AOYAMAMasahiro UEDAKazuo YAMAZAKI

materials engineeringmodeling methodmechanical engineeringsystems modelingdesigndirected energy depositionhigh-quality modeling systemmaterials sciencedirect energy deposition

Measurement and Analysis of Impact Dynamics Suitable for Modelling Pneumatic Transport of Metallic Powder Flow Through a Directed Energy Deposition Nozzle. Advanced Powder Technology (2022)

Kyle OdumMasakazu SoshiKazuo Yamazaki

materials engineeringadvanced manufacturing technologiesmetallic powder flowpneumatic transportmechanical engineeringparticle technologyapplied physicsmaterials scienceimpact dynamics

Numerical Study of Material Selection for Optimal Directed Energy Deposition Single Nozzle Powder Efficiency. Journal of Manufacturing Science and Engineering (2022)

Kyle OdumMasakazu SoshiKazuo Yamazaki

manufacturingadditive manufacturingnumerical studyadvanced manufacturing technologiesmanufacturing scienceengineeringmaterial selectionmechanical engineeringmanufacturing technologydirected energy depositionmanufacturing engineeringmaterials science

Optimization Method of Magnetic Recording Conditions by Simulation for High-Accuracy Magnetic Encoder. Journal of the Japan Society for Precision Engineering (2022)

Chihiro MURAYAMAHideki AOYAMAKazuo YAMAZAKI

computational electromagneticsoptimization methodoptoelectronicselectrical engineeringhigh-accuracy magnetic encoderapplied physics

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Kazuo Yamazaki

Professor

University of California, Davis

Affiliations

College of Engineering

Mechanical and Aerospace Engineering

Kazuo Yamazaki is currently serving as a College Of Engineering Professor at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kazuo Yamazaki

University of California, Davis

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Development of Higher Accuracy Magnetic Absolute Encoder. Journal of the Japan Society for Precision Engineering (2023)

Chihiro MURAYAMAHideki AOYAMAKazuo YAMAZAKI

quality improvementquality managementcommunicationcomputer securitysecurity studiesmanagementci qi

Development of High-Precision, High-Efficiency, High-Quality Molding System by Directed Energy Deposition Method. Journal of the Japan Society for Precision Engineering (2023)

Erika OKAMOTOHideki AOYAMAMasahiro UEDAKazuo YAMAZAKI

communicationmanagementzhi xiangphysical activity

Higher Precision Encoder Using Hologram Scale. Journal of the Japan Society for Precision Engineering (2023)

Hideaki TAMIYAKayoko TANIGUCHINobuhiro OTOMOShun KATOKeisuke NAGATANIHideki AOYAMAKazuo YAMAZAKI

higher precisionmechanical engineeringhologram scaleimage codingmachine learning

Cloud-Based Thermal Error Compensation With a Federated Learning Approach. Precision Engineering (2022)

Fabian StoopJosef MayrClemens SulzPetr KaftanFriedrich BleicherKazuo YamazakiKonrad Wegener

thermal engineeringcloud computingengineeringmechanical engineeringprecision engineeringfederated learningthermal managementapplied mathematicsmachine learning

Development of a Height Control System Using a Dynamic Powder Splitter for Directed Energy Deposition (Ded) Additive Manufacturing. Progress in Additive Manufacturing (2022)

Vivian ZhouKyle OdumMasakazu SoshiKazuo Yamazaki

Development of Femtosecond Laser Cam System for Processing High Precision Three-Dimensional Shape. Journal of the Japan Society for Precision Engineering (2022)

Hiroyuki KAWAKAMIMasahiro UEDAHideki AOYAMAKazuo YAMAZAKI

3d vision3d printingmechanical engineeringoptoelectronicsprecision engineeringlaser sciencelaser processing technologymaterials science

Development of High-Accuracy, High-Efficiency, and High-Quality Modeling System Using Direct Energy Deposition. Journal of the Japan Society for Precision Engineering (2022)

Erika OKAMOTOKengo AIZAWAHideki AOYAMAMasahiro UEDAKazuo YAMAZAKI

materials engineeringmodeling methodmechanical engineeringsystems modelingdesigndirected energy depositionhigh-quality modeling systemmaterials sciencedirect energy deposition

Measurement and Analysis of Impact Dynamics Suitable for Modelling Pneumatic Transport of Metallic Powder Flow Through a Directed Energy Deposition Nozzle. Advanced Powder Technology (2022)

Kyle OdumMasakazu SoshiKazuo Yamazaki

materials engineeringadvanced manufacturing technologiesmetallic powder flowpneumatic transportmechanical engineeringparticle technologyapplied physicsmaterials scienceimpact dynamics

Numerical Study of Material Selection for Optimal Directed Energy Deposition Single Nozzle Powder Efficiency. Journal of Manufacturing Science and Engineering (2022)

Kyle OdumMasakazu SoshiKazuo Yamazaki

Optimization Method of Magnetic Recording Conditions by Simulation for High-Accuracy Magnetic Encoder. Journal of the Japan Society for Precision Engineering (2022)

Chihiro MURAYAMAHideki AOYAMAKazuo YAMAZAKI

computational electromagneticsoptimization methodoptoelectronicselectrical engineeringhigh-accuracy magnetic encoderapplied physics

1
2
3
4
5
18
10 / page

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Institution

University of Notre Dame

advanced manufacturing

manufacturing

Patrick Kwon

Institution

Michigan State University

microstructure-strength relationship

manufacturing

Marcelo Dapino

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Ohio State University

design

3d printing

Eric MacDonald

Institution

University of Texas at El Paso

design

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C.H. Menq

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mechanical systems

conventional instrumentation

YuMing Zhang

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University of Kentucky

engineering

mechanical engineering

Shuting Lei

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automated manufacturing

Uche Wejinya

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robotics

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Jack Beuth

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