... during PBF. We validate the effectiveness of the model by applying a finite element model of the thermal fields in PBF. Email: danwang1230@gmail.com Email: chx@uw.edu 08 07 2023 30 08 2023 02 09 2023 22 09 2023 Control applications Dynamics and control...

... 2023 18 09 2023 19 09 2023 22 09 2023 Dynamics and control Estimation Identification Modeling National Science Foundation 10.13039/100000001 OIA2121110 OIA2227939 Accepted Manuscript Not Copyedited ASME Letters in Dynamic Systems and Control. Received July 20...

...@msu.edu Email: xbtan@msu.edu Email: samuel-hunter.berndt@jpl.nasa.gov Email: christiahn.roman@jpl.nasa.gov 24 07 2023 02 09 2023 13 09 2023 22 09 2023 Actuator aerospace systems Dynamics and control Flight control Modeling robotics Unmanned vehicles...

... to make use of λ and π in the algorithm, which are discussed in Appendix B . 21 07 2022 05 01 2023 06 01 2023 28 02 2023 Email: pwensing@nd.edu 1 Corresponding author. Email: jnganga@nd.edu dynamics and control hybrid systems model predictive control...

...: benjaminconklin@mail.weber.edu 19 07 2022 27 09 2022 27 09 2022 25 10 2022 ball-catching robot visual tracking GUI platform multi-threading motion controls robotic system control applications dynamics and control emerging control approaches robotics vision-based control...

... by considering traction forces from the motors. The researchers came up with an accurate driving check model by comparing the wheel velocities to identify whether the robot is slipping. A trajectory linearization controller for dynamic control was presented in Ref. [ 12 , 13 ]. The controller has an inner loop...

...: matveev@wsu.edu 28 11 2021 07 03 2022 07 03 2022 22 03 2022 air-cavity boats drag reduction oscillations resonance dynamics and control modeling vehicle dynamics and control Directorate for Engineering 10.13039/100000084 1800135 One...

... phase space dynamics and control The contributions of this work lie in demonstrating how equations of motion of a dynamical system can be derived from the properties of its phase space. In analytical dynamics, the idea of phase space emerges naturally from the Hamilton canonical equations...

... Introduction to Robotic Manipulation , CRC Press , Boca Raton, FL . Email: cswoods@crimson.ua.edu Email: vvikas@ua.edu 25 01 2021 04 10 2021 06 10 2021 26 10 2021 control applications dynamics and control PID control robotics sensors and sensor networks...

... 06 2021 19 07 2021 control applications dynamics and control identification mechatronics modeling additive manufacturing feedback process control Division of Computer and Network Systems 10.13039/100000144 1645648 Laser powder bed fusion (LPBF) 2...

... are caused by vortex shedding and are relatively high-frequency, low-amplitude vibrations. Aeolian vibration frequencies vary between 3 and 150 Hz, and the peak-to-peak amplitude is usually smaller than the cable diameter [ 1 – 7 ]. control applications dynamics and control intelligent systems...

... Mathematik , 7 ( 3 ), pp. 206 – 216 . 10.1007/BF01436075 Email: dangwal.3@osu.edu Email: canova.1@osu.edu 16 09 2020 31 03 2021 31 03 2021 04 05 2021 dynamics and control energy storage identification modeling optimization algorithms Lithium-ion...

...@g.ntu.edu.tw Email: zxlin@ntumems.net Email: cklee@ntumems.net 19 10 2020 23 03 2021 30 03 2021 29 04 2021 piezoelectric actuator piezoelectric linear motor traveling wave dynamics and control flexible structures linear systems motion controls smart structures...

... applications such as frequency regulation, back-up power, and voltage support. Email: kmoy14@stanford.edu Email: sblee84@stanford.edu Email: sonori@stanford.edu 30 09 2020 08 02 2021 08 02 2021 16 03 2021 dynamics and control energy storage Copyright ©...

...: xinyu.zhao@uconn.edu Email: chx@uw.edu 20 08 2020 02 02 2021 02 02 2021 05 03 2021 Hammerstein modeling nonlinear modeling melt pool width dynamics and control powder bed fusion additive manufacturing Different from conventional subtractive machining, additive...

... control applications dynamics and control mechatronics model validation modeling process control Figure 1 illustrates a single drop height profile model. Figure 1( a ) shows 3 × 3 square cells, where a drop of material is deposited at the center of the 3 × 3 cells. The size of each cell...

... of accurately synchronizing the bit and rotary table speeds. rotary drilling system Lyapunov stability theorem integral sliding mode trajectory control drill-bit and rotary table speed synchronization complex systems control applications dynamics and control energy/power systems flexible structures...

... 2019 21 02 2020 15 03 2020 22 05 2020 dynamics and control modeling robotics structural dynamics The potential capabilities of legged robots in exploring unstructured environments due to their discrete footholds have motivated extensive research on legged robotic...

... correctly situated [ 1 , 2 ]. The process of correct positioning using dynamic control and compensating for force interactions between the perching mechanism and the perch is non-trivial, and hence, this paper develops simulation models to allow research and evaluation of planning and control algorithms...

... and first-responder robots have been developed in various forms. dynamics and control optimization algorithms vibration control 25 10 2019 09 02 2020 16 02 2020 18 03 2020 Email: jun.ueda@me.gatech.edu Email: yong.cho@ce.gatech.edu Email: cshan@hanyang.ac.kr...