Video description
Having a visceral understanding of mechanical engineering is key to effectively designing industrially manufactured products and systems. Without it, the products you create may bend and break. But many creative designers find it difficult to develop that foundational awareness due to the plodding math-centric method by which mechanical engineering is usually taught. Twenty year industrial design veteran Thomas Ask breaks free from that constrained approach by offering food to both sides of the brain in this holistic look at how to design wonderful things. Ask, a founder of the Society of Inventors and Mad Scientists, feeds the right brain first with a rich survey of the non-technical influences (cultural traditions, visual stereotypes, brand management, etc.) that propel or inhibit industrial design. Then it’s the left brain’s turn, with a deep chew into material mechanics, heat transfer, and fluid dynamics (the core disciplines of mechanical engineering), where Ask’s specially prepared found-in-nature examples helpfully flavor each topic.
- Delve into aesthetics and grasp the difference between beauty and appeal
- Learn to visualize physical forces using free body, stress strain, and stress-life diagrams
- See the connection between an avalanche, the nature of force, and load transmission
- Understand the relationship between shapes and their load-bearing abilities
- See how impacts, fatigue, and stress cycles cause things to buckle or break
- Use sailboats to understand three aspects of drag: friction, pressure, and wave making
- Understand the heat transferring properties of conduction, convection, and radiation
Thomas Ask is professor of industrial design at the Pennsylvania College of Technology. He was a senior engineer at Ingersoll Rand, a principal of Ask and Associates, and a vice president of engineering at Odin Systems. He is a licensed Professional Engineer with a doctorate in industrial design.
Publisher resources
Table of contents
- Introduction
- Non-Technical Influences
-
Material Mechanics
- Introduction to Material Mechanics
- Forces and Statics
- Mechanics of Deformable Bodies, Stress Strain Diagram, and Common Loads
- Shapes
- Stress Concentration
- Fatigue
- Impact and Buckling
- Thermal Expansion
- Corrosion
- Learning from Failure
- Noise and Vibration
- Material Mechanics Summary
- Material Mechanics Assessment
- Fluid Mechanics
- Heat Transfer
Product information
- Title: Engineering for Industrial Designers and Inventors
- Author(s):
- Release date: April 2016
- Publisher(s): O'Reilly Media, Inc.
- ISBN: 9781491957424
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