Канал: Amirali Najafi

Planar Kinetics (Work & Energy)

Planar Kinetics (Work & Energy)

Planar Kinetics (Force & Acceleration)

Planar Kinetics (Force & Acceleration)

Planar Rigid Body Kinematics

Planar Rigid Body Kinematics

Particle Kinetics (Impulse & Momentum)

Particle Kinetics (Impulse & Momentum)

Particle Kinetics (Work & Energy)

Particle Kinetics (Work & Energy)

Particle Kinetics (Force & Acceleration)

Particle Kinetics (Force & Acceleration)

Kinematics of Particles

Kinematics of Particles

The beautiful Oregon coast

The beautiful Oregon coast

Foliage in Catskills mountains, NY

Foliage in Catskills mountains, NY

Verrazzano-Narrows Bridge - Drone footage and information

Verrazzano-Narrows Bridge - Drone footage and information

Developing Asset Performance and Risk Models

Developing Asset Performance and Risk Models

What is Structural Control?

What is Structural Control?

17WCEE - Multi-axial Real-Time Hybrid Simulation Testing

17WCEE - Multi-axial Real-Time Hybrid Simulation Testing

Mount Tammany: Red Dot and Blue Dot Trail

Mount Tammany: Red Dot and Blue Dot Trail

Breakneck Ridge - June 2021

Breakneck Ridge - June 2021

Quasi-Static, Shake Table, and Hybrid Simulation test methods (Lecture 9)

Quasi-Static, Shake Table, and Hybrid Simulation test methods (Lecture 9)

Modernization of the Hydrosystems Lab at the University of Illinois at Urbana-Champaign

Modernization of the Hydrosystems Lab at the University of Illinois at Urbana-Champaign

Accelerometer and Loadcell Calibration (Lecture 2)

Accelerometer and Loadcell Calibration (Lecture 2)

Civil Engineering PhD Final Defense - 2020 - University of Illinois at Urbana-Champaign

Civil Engineering PhD Final Defense - 2020 - University of Illinois at Urbana-Champaign

Kalman filter/estimator (Lecture 8)

Kalman filter/estimator (Lecture 8)

Control Theory: Stability, Controllability, Observability, Feedbacks and Observers (Lecture 7)

Control Theory: Stability, Controllability, Observability, Feedbacks and Observers (Lecture 7)

System ID - Eigenvalue Realization Algorithm (Lecture 6)

System ID - Eigenvalue Realization Algorithm (Lecture 6)

System ID - transfer function fitting (Lecture 5)

System ID - transfer function fitting (Lecture 5)

System ID - peak picking (Lecture 4)

System ID - peak picking (Lecture 4)

Transfer function and frequency response (Lecture 3)

Transfer function and frequency response (Lecture 3)

Data acquisition and vibration sensors (Lecture 1)

Data acquisition and vibration sensors (Lecture 1)

Non-proportional damping and complex mode shapes (Lecture 10)

Non-proportional damping and complex mode shapes (Lecture 10)

Assumed modes method (Lecture 9)

Assumed modes method (Lecture 9)

MDOF: response using state-space formulation (Lecture 8)

MDOF: response using state-space formulation (Lecture 8)

MDOF: response using modal superposition (Lecture 7)

MDOF: response using modal superposition (Lecture 7)

MDOF: Newton's law and Lagrange equation (Lecture 6)

MDOF: Newton's law and Lagrange equation (Lecture 6)

SDOF: Frequency domain and state-space formulations (Lecture 5)

SDOF: Frequency domain and state-space formulations (Lecture 5)

SDOF: Arbitrary excitations (Lecture 4)

SDOF: Arbitrary excitations (Lecture 4)

SDOF: harmonic and ramp excitation (Lecture 3)

SDOF: harmonic and ramp excitation (Lecture 3)

SDOF: free vibration, damped and undamped (Lecture 2)

SDOF: free vibration, damped and undamped (Lecture 2)

SDOF: Intro. and Newton's law (Lecture 1)

SDOF: Intro. and Newton's law (Lecture 1)

Introduction (Lecture 0)

Introduction (Lecture 0)

Stiffness method - frames (Lecture 10)

Stiffness method - frames (Lecture 10)

Flexibility method (Lecture 9)

Flexibility method (Lecture 9)

Stiffness method - bending (Lecture 8)

Stiffness method - bending (Lecture 8)

Stiffness method - axial (Lecture 7)

Stiffness method - axial (Lecture 7)

Deformations: virtual work (Lecture 6)

Deformations: virtual work (Lecture 6)

Deformations: moment area theorem (Lecture 5)

Deformations: moment area theorem (Lecture 5)

Deformations: double integration (Lecture 4)

Deformations: double integration (Lecture 4)

Influence Lines (Lecture 3)

Influence Lines (Lecture 3)

Shear and bending moment diagrams (Lecture 2)

Shear and bending moment diagrams (Lecture 2)

Statics Review (Lecture 1)

Statics Review (Lecture 1)

An introduction (Lecture 0)

An introduction (Lecture 0)

Friendly gray jays on Mt. Elbert trail

Friendly gray jays on Mt. Elbert trail

Mount Rainier Summit Climb May 2018

Mount Rainier Summit Climb May 2018