Presentation is loading. Please wait.

Presentation is loading. Please wait.

TECHNOLOGY THROUGH AGES

Published byMyron White Modified over 5 years ago

Similar presentations

Presentation on theme: "TECHNOLOGY THROUGH AGES"— Presentation transcript:

1 TECHNOLOGY THROUGH AGES
10000 BC 5000 BC 1000 1500 1800 1900 1940 1960 1980 1990 2000 2010 2020 19th Century 20th Century 21st Century Stone Age Bronze Age Iron Age Chemical Age Plastics Age Materials Age Info & Knowledge Age Nanotechnology Age Biotechnology Age Nuclear Age Natural Sources & Craftsmanship Synthesis, Engineering, combinatorial, simulation Strategies Natural Ceramics Natural Metals Metallurgy Small Molecules Large Molecules (Polymers) Atomic (fission/fusion) Advanced Materials (Composites) (Computer chips) Genetic Engg. Genomics Proteonics INDUSTRIAL REVOLUTION BIOLOGICAL REVOLUTION DARK AGE RENAISSANCE Nano Gears Accelerometer

2 CARBON NANOTUBES REINFORCED ADVANCED COMPOSITES
Nanoreinforcement Process control Characterization Matrix Selection Mechanical strength Compatibility Acid based dispersion carbon nanofibre Composite Reinforcements Light weight materials Conductive polymers Radar absorbing materials Polymer matrix on carbon nanotubes Composite

Download ppt "TECHNOLOGY THROUGH AGES"

Similar presentations

Emerging Technologies Committee: Multidisciplinary and Systems Subcommittee Report Dr. John Vian The Boeing Company Engineering, Operations & Technology.

Emerging Technologies Committee: Multidisciplinary and Systems Subcommittee Report Dr. John Vian The Boeing Company Engineering, Operations & Technology.
Technology Interactions ‹ Chapter Title Copyright © Glencoe/McGraw-Hill A Division of The McGraw-Hill Companies, Inc. Technology Interactions Humans have.

Technology Interactions ‹ Chapter Title Copyright © Glencoe/McGraw-Hill A Division of The McGraw-Hill Companies, Inc. Technology Interactions Humans have.
NANOTECHNOLOGY.

NANOTECHNOLOGY.
Four Features of Technology Human Knowledge Tools, materials, and systems Results in artifacts and residuals Modifies or controls environment.

Four Features of Technology Human Knowledge Tools, materials, and systems Results in artifacts and residuals Modifies or controls environment.
Stone Age Copper & Bronze Age Iron & Steel Age Silicon AgeNanomaterials Age 1000-30 BC 2000 BC1000 BC20 th Century21 st Century Agricultural Revolution.

Stone Age Copper & Bronze Age Iron & Steel Age Silicon AgeNanomaterials Age BC 2000 BC1000 BC20 th Century21 st Century Agricultural Revolution.
Design for Engineering Unit 8 Material Science and Engineering

Design for Engineering Unit 8 Material Science and Engineering
Historical background of materials

Historical background of materials
Design For Engineering Materials Science 2006 Greg Heitkamp This material is based upon work supported by the National Science Foundation under Grant No.

Design For Engineering Materials Science 2006 Greg Heitkamp This material is based upon work supported by the National Science Foundation under Grant No.
TOMORROW’S ENGINEERS. History Of Metallurgical Engineering A magic material No substance has been as important as metal in the story of man's control.

TOMORROW’S ENGINEERS. History Of Metallurgical Engineering A magic material No substance has been as important as metal in the story of man's control.
Nanotechnology Manfred Scriba Materials Sciences and Manufacturing 27 October 2006

Nanotechnology Manfred Scriba Materials Sciences and Manufacturing 27 October 2006
Honors Chemistry Unit I - Power Point 1d Introduction to Chemistry A main challenge of chemistry is to understand the connection between the macroscopic.

Honors Chemistry Unit I - Power Point 1d Introduction to Chemistry A main challenge of chemistry is to understand the connection between the macroscopic.
Space Filling Geometry and Materials Science & Engineering Terry A. Ring University of Utah.

Space Filling Geometry and Materials Science & Engineering Terry A. Ring University of Utah.
What's materials science?

What's materials science?
Fundamentals of Material Science and Engineering - Introduction Engr. Lina D. dela Cruz Chemical Engineering Department Technological Institute of the.

Fundamentals of Material Science and Engineering - Introduction Engr. Lina D. dela Cruz Chemical Engineering Department Technological Institute of the.
Background Materials are used in transportation, housing, clothing, communication, recreation, food production. Early materials: Stone, Wood, Clay, etc.

Background Materials are used in transportation, housing, clothing, communication, recreation, food production. Early materials: Stone, Wood, Clay, etc.
1 Material Science Composite materials. 2 Composite Materials A composite material consists of two independent and dissimilar materials In which one material.

1 Material Science Composite materials. 2 Composite Materials A composite material consists of two independent and dissimilar materials In which one material.
08/14/11 presentation by Nuwan Liyanage.  Introduction  Four Generations of Nanotechnology  Nanofactory  Nanoassembler  Did You Know?  Nanowires.

08/14/11 presentation by Nuwan Liyanage.  Introduction  Four Generations of Nanotechnology  Nanofactory  Nanoassembler  Did You Know?  Nanowires.
Engineering Materials Dr. Berlanty Iskander. Types of Materials.

Engineering Materials Dr. Berlanty Iskander. Types of Materials.
Engineering TE13 Engineering Design. What is engineering?

Engineering TE13 Engineering Design. What is engineering?
Project 13 Proposal, October 111 Project 13: Nanodispersion Strengthened Aluminium Luke N. Fischer Faculty Supervisor: Professor Rishi Raj Co-Supervisor:

Project 13 Proposal, October 111 Project 13: Nanodispersion Strengthened Aluminium Luke N. Fischer Faculty Supervisor: Professor Rishi Raj Co-Supervisor:

Similar presentations

Ads by Google