Faculty

Institution

Unit

Venue

Daniel Yang

Professor Emeritus

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Mechanical and Aerospace Engineering

Daniel Yang is currently serving as a Mechanical And Aerospace Engineering Professor Emeritus at University of California, Los Angeles.

Honors

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Experiences

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Education

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Daniel Yang

University of California, Los Angeles

Professor Emeritus

You can click a keyword to filter the displayed items

mechanical engineering engineering systems engineering manufacturing numerical simulations mechanical modeling mechanics robot kinematics robotics active control automatic control precision engineering design manufacturing technology mechanism design robotics automation computer-aided design manufacturing engineering automation design optimization mechanical systems tribology design automation computational engineering friction vehicular technology mechanical performance computational fabrication motion control micromechanics computer-aided manufacturing free-form surfaces advanced manufacturing technologies engineering optimization material machining computer-aided engineering turing machine tool wear trajectory planning physical prototyping additive manufacturing mechanical behavior machine tool motion synthesis geometry generation rotor dynamics equipment design spline (mathematics) deviation function vibration control vehicle dynamics automation engineering traction application object manipulation man-machine interface geometric interpolation motion analysis industrial robotics advanced manufacturing system theory complexity theory sensor applications robotic manipulators cycloid drives machining tolerances manipulator workspace lobe pumps boundary-conformed toolpath generation trimmed free-form surfaces rotary engine design turbine blades flowrate formulation redundant planar manipulators gear impact dynamics hertzian damping constant scallop-height machining industrial automation robot control

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Deviation Function Method of Rotary Engine Design by Geometric Parameters. Journal of Mechanical Design (2014)

Sarah Warren RoseDaniel C. H. Yang

frictiongeometrical accuracymechanical systemsdeviation function methodgeometric parametersnumerical simulationsinterior layerconstruction engineeringcontrol systemsaerospace engineeringdirect observationnumerical algorithmsdeformationmicromechanicsrotary engine designlarge scale structureprecision engineeringmechanics of materialssystems engineeringthermal engineeringelectrical engineering

Wide and Multiple Apex Seals for the Rotary Engine. Mechanism and Machine Theory (2014)

Sarah Warren RoseDaniel C.H. Yang

systems engineeringcontrol systemsmechanism designmechanical engineeringfluid dynamicsaerodynamicsthermal engineeringengine researchturing machinemultiple apex sealsrotary engineengineering

Design of Rotary Engines From the Apex Seal Profile (Abbr.: Rotary Engine Design by Apex Seal). Mechanism and Machine Theory (2013)

Sarah WarrenDaniel C.H. Yang

frictionmechanism designengine researchapex sealnumerical simulationscontrol systemsaerodynamicsmarine engineeringturing machinethermodynamicsaerospace engineeringmechanical engineeringrotary engine designautomatic controlstructural integritymechanical performanceapex seal profilealgorithmic mechanism designdynamical systemsrotary enginesstirling engineengineering

Involute-Based Screw Driver Profiles With High Load Capacity. Journal of Mechanical Design (2012)

Shih-Hsi TongDaniel C. H. Yang

active controlsystems engineeringfrictionmechanical engineeringmechanical systemsmechanicsmicromechanicsmechanical verificationstructural mechanicsstructural optimizationmechanical modelinghigh load capacitynumerical simulationsload-bearing capacitymechanics of materialsmechanical performancemechanical testingengineering

Multielectrode Differential Capacitive Sensors—Model Simulation With Design Application. IEEE Sensors Journal (2012)

Bin HuangDaniel C. H. YangAsad M. MadniJim B. Vuong

design applicationcomputational electromagneticssensorsmicroelectronicssimulation modellingmechanical engineeringsensor applicationsmicroelectronics reliabilitysensor designmicrowave technologydifferential equationsdevice modelingactive controlsensor technologysystems engineeringmeasurementmodel simulationthermal engineeringvehicular technologyelectrical engineering

Flowrate Formulation and Displacement Analyses for Deviation Function-Based Gerotor Pumps. Proceedings of the Institution of Mechanical Engineers Part C Journal of Mechanical Engineering Science (2010)

D C H YangJ YanS-H Tong

flowrate formulationdisplacement analysesmechanical engineering

Flowrate Formulation of Deviation Function Based Gerotor Pumps. Journal of Mechanical Design (2010)

Daniel C. H. YangJia YanShih-Hsi Tong

mechanical engineeringmechanicsflowrate formulationdeviation functionmechanical modelinggerotor pumpsengineering

Design of Deviation-Function Based Gerotors. Mechanism and Machine Theory (2009)

Shih-Hsi TongJia YanDaniel C.H. Yang

systems engineeringcomplexity sciencecomputer engineeringgraph theorycomplex systemscomputational engineeringroboticsdynamical systemsgeneral systemsfunction spacesturing machinesystem theorygyroscopeautomatic controlspectral theoryapplied mathematicscomplexity theoryactive control

A New Gerotor Design Method With Switch Angle Assignability. Journal of Mechanical Design (2008)

Jia YanDaniel C. H. YangShih-Hsi Tong

designmechanical engineeringmechanicsmechanical modelingequipment designprototype implementationvehicular technologyswitch angle assignabilitybiomechanicsmechanical testingengineering

On the Generation of Analytical Noncircular Multilobe Internal Pitch Curves. Journal of Mechanical Design (2008)

Jia YanDaniel C. H. YangShih-Hsi Tong

materials scienceengineeringgeometry generationcurve modelingmechanical engineeringdeformationmechanicsmicromechanicsmechanical behaviorsolid mechanicsstructural mechanicsstructural optimizationmechanical modelingtribologymultibody system dynamicnumerical simulationsfibersmechanics of materials

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Daniel Yang

Professor Emeritus

University of California, Los Angeles

Affiliations

Samueli School of Engineering

Mechanical and Aerospace Engineering

Daniel Yang is currently serving as a Mechanical And Aerospace Engineering Professor Emeritus at University of California, Los Angeles.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel Yang

University of California, Los Angeles

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Deviation Function Method of Rotary Engine Design by Geometric Parameters. Journal of Mechanical Design (2014)

Sarah Warren RoseDaniel C. H. Yang

Wide and Multiple Apex Seals for the Rotary Engine. Mechanism and Machine Theory (2014)

Sarah Warren RoseDaniel C.H. Yang

systems engineeringcontrol systemsmechanism designmechanical engineeringfluid dynamicsaerodynamicsthermal engineeringengine researchturing machinemultiple apex sealsrotary engineengineering

Design of Rotary Engines From the Apex Seal Profile (Abbr.: Rotary Engine Design by Apex Seal). Mechanism and Machine Theory (2013)

Sarah WarrenDaniel C.H. Yang

Involute-Based Screw Driver Profiles With High Load Capacity. Journal of Mechanical Design (2012)

Shih-Hsi TongDaniel C. H. Yang

Multielectrode Differential Capacitive Sensors—Model Simulation With Design Application. IEEE Sensors Journal (2012)

Bin HuangDaniel C. H. YangAsad M. MadniJim B. Vuong

D C H YangJ YanS-H Tong

flowrate formulationdisplacement analysesmechanical engineering

Flowrate Formulation of Deviation Function Based Gerotor Pumps. Journal of Mechanical Design (2010)

Daniel C. H. YangJia YanShih-Hsi Tong

mechanical engineeringmechanicsflowrate formulationdeviation functionmechanical modelinggerotor pumpsengineering

Design of Deviation-Function Based Gerotors. Mechanism and Machine Theory (2009)

Shih-Hsi TongJia YanDaniel C.H. Yang

A New Gerotor Design Method With Switch Angle Assignability. Journal of Mechanical Design (2008)

Jia YanDaniel C. H. YangShih-Hsi Tong

designmechanical engineeringmechanicsmechanical modelingequipment designprototype implementationvehicular technologyswitch angle assignabilitybiomechanicsmechanical testingengineering

On the Generation of Analytical Noncircular Multilobe Internal Pitch Curves. Journal of Mechanical Design (2008)

Jia YanDaniel C. H. YangShih-Hsi Tong

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design

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unmanned aircraft system

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