D. Jensen

Faculty member at the University of Arkansas.
Can email me at dcjensen <at symbol> uark.edu

MEEG 2103 Machine Analysis and Design Spring 2019 Sophomore Design Competition
MEEG 2103 Machine Analysis and Design Spring 2019 Sophomore Design Competition
Machine Element Design V24 - Radial and Thrust Loads on Bearings
Machine Element Design V24 - Radial and Thrust Loads on Bearings
Machine Element Design V23 - Stochastic Approach to Bearing Selection
Machine Element Design V23 - Stochastic Approach to Bearing Selection
Machine Element Design V22 - Intro to Bearings
Machine Element Design V22 - Intro to Bearings
Machine Element Design V21 - Bending Stress in Gears
Machine Element Design V21 - Bending Stress in Gears
Machine Element Design V20 - Helical Gear Force Analysis
Machine Element Design V20 - Helical Gear Force Analysis
Machine Element Design V19: Spur Gear Force Analysis
Machine Element Design V19: Spur Gear Force Analysis
Machine Element Design V18 - Intro Application to Gears
Machine Element Design V18 - Intro Application to Gears
V26 - Guidelines for Helical Compression Spring Design
V26 - Guidelines for Helical Compression Spring Design
V25 - Introduction to Spring Specification
V25 - Introduction to Spring Specification
V28 - Shaft Design Part 2
V28 - Shaft Design Part 2
V27 - Shaft Design Part 1
V27 - Shaft Design Part 1
Machine ELement Design - V17 Miner's Rule Method
Machine ELement Design - V17 Miner's Rule Method
Machine Element Design V16 - A Combined Loading Fatigue Example
Machine Element Design V16 - A Combined Loading Fatigue Example
Machine Element Design V15 - Combined Loading for Fatigue
Machine Element Design V15 - Combined Loading for Fatigue
Machine Element Design V14 - Fluctuating Load Example
Machine Element Design V14 - Fluctuating Load Example
Machine Element Design V13 - Fluctuating Stresses
Machine Element Design V13 - Fluctuating Stresses
Machine Element Design V12 - Finite Life Estimation
Machine Element Design V12 - Finite Life Estimation
Machine Element Design V11 - Fatigue Stress Concentration
Machine Element Design V11 - Fatigue Stress Concentration
Machine Element Design V10 - Marin Factors
Machine Element Design V10 - Marin Factors
Machine Element Design V9 - Endurance Strength
Machine Element Design V9 - Endurance Strength
Machine Element Design V8 - Introduction to Fatigue Failure
Machine Element Design V8 - Introduction to Fatigue Failure
Machine Element Design V7 - Introduction to Uncertainty of Failure Analysis
Machine Element Design V7 - Introduction to Uncertainty of Failure Analysis
Machine Element Design V6 - Distortion Theory
Machine Element Design V6 - Distortion Theory
Machine Element Design V5 - Brittle Failure Theory
Machine Element Design V5 - Brittle Failure Theory
Machine Element Design V4 - Ductile Failure Theories
Machine Element Design V4 - Ductile Failure Theories
Machine Element Design V3 - Intro to Static Failure Theories
Machine Element Design V3 - Intro to Static Failure Theories
Machine Element Design V2 - Avoiding Failure by Deflection
Machine Element Design V2 - Avoiding Failure by Deflection
Machine Element Design V1- Principle Stresses
Machine Element Design V1- Principle Stresses
A student designed learning aid prototype for fluid mechanics
A student designed learning aid prototype for fluid mechanics