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Displaying all 26 results

Improving Conceptual Learning In Mechanics Of Materials By Using Web Based Games And The Involvement Of Students In The Game Design Process

On Development Of A Hybrid Vector Statics Course To Reduce Failure Rate

Engineering Education And Elementary Multi Scale Mechanics

Using A Single Equation To Account For All Loads On A Beam In The Method Of Double Integration: A Caveat

Using Technology To Enhance The Traditional Lecture

A Web Based Electronic Book (Ebook) For Solid Mechanics

A New Approach For Teaching In Plane Principal Stresses, Principal Directions And Maximum Shear Stress For Plane Stress

Learning Experiences Of Using Teaching And Assessment Tools For Solid Mechanics Course

A Versatile And Economical Apparatus For Experiments In Statics

Differentiated Instructions In Statics Learning

Mom In Action

Animation Software For Upper Level Dynamics And Vibrations Courses

An Introductory Engineering Design Project Utilizing Finite Element Analysis And Rapid Prototyping

Intradisciplinary Teaching In The Engineering Studies Curriculum: Applying Numerical Modeling Techniques To Statics Problems

Promoting Holistic Problem Solving In Mechanics Pedagogy

Did You Ever Wonder If Anything Could Make Dynamics Fun?

Introducing Finite Element Analysis In The First Course Of Statics And Solid Mechanics

Civil And Mechanical Engineering Students Learning Mechanics In A Multidisciplinary Engineering Foundation Spiral

Analysis Of Statically Indeterminate Reactions And Deflections Of Beams Using Model Formulas: A New Approach

History And Trivia To Enliven Dynamics

The Dynamics Summer School – A Unique Educational Program

Adding Context To A Mechanics Of Materials Course

Electronic Course Packaging For Statics And Dynamics: A Review Of Effort, Reward And Potential

An Interactive Web Based Statics Course

Using Concept Oriented Example Problems To Improve Student Performance In A Traditional Dynamics Course

From Tootsie Rolls To Composites: Assessing A Spectrum Of Active Learning Activities In Engineering Mechanics

Improving Conceptual Learning In Mechanics Of Materials By Using Web Based Games And The Involvement Of Students In The Game Design Process

On Development Of A Hybrid Vector Statics Course To Reduce Failure Rate

Engineering Education And Elementary Multi Scale Mechanics

Using A Single Equation To Account For All Loads On A Beam In The Method Of Double Integration: A Caveat

Using Technology To Enhance The Traditional Lecture

A Web Based Electronic Book (Ebook) For Solid Mechanics

A New Approach For Teaching In Plane Principal Stresses, Principal Directions And Maximum Shear Stress For Plane Stress

Learning Experiences Of Using Teaching And Assessment Tools For Solid Mechanics Course

A Versatile And Economical Apparatus For Experiments In Statics

Differentiated Instructions In Statics Learning

Mom In Action

Animation Software For Upper Level Dynamics And Vibrations Courses

An Introductory Engineering Design Project Utilizing Finite Element Analysis And Rapid Prototyping

Intradisciplinary Teaching In The Engineering Studies Curriculum: Applying Numerical Modeling Techniques To Statics Problems

Promoting Holistic Problem Solving In Mechanics Pedagogy

Did You Ever Wonder If Anything Could Make Dynamics Fun?

Introducing Finite Element Analysis In The First Course Of Statics And Solid Mechanics

Civil And Mechanical Engineering Students Learning Mechanics In A Multidisciplinary Engineering Foundation Spiral

Analysis Of Statically Indeterminate Reactions And Deflections Of Beams Using Model Formulas: A New Approach

History And Trivia To Enliven Dynamics

The Dynamics Summer School – A Unique Educational Program

Adding Context To A Mechanics Of Materials Course

Electronic Course Packaging For Statics And Dynamics: A Review Of Effort, Reward And Potential

An Interactive Web Based Statics Course

Using Concept Oriented Example Problems To Improve Student Performance In A Traditional Dynamics Course

From Tootsie Rolls To Composites: Assessing A Spectrum Of Active Learning Activities In Engineering Mechanics