Vincenzo M. Sglavo’s web site

Teaching...   for students

 
Course of Ceramic Materials Engineering
(a.y. 2017-18)

Laboratory activities

Homework:  homework n1 2017.pdf

Written tests:   


Lessons’ slides

Introduction
   lectio01.pdf

Reference chemical and crystalline systems
   lectio02a.pdf, lectio02b.pdf, lectio02c.pdf, lectio02d.pdf, lectio02e.pdf

Production of ceramics from powders - introduction
   lectio03.pdf

Processing technologies for ceramics
    lectio04.pdf

Processing routes from powders: powders & liquids
    lectio05a.pdf, lectio05b.pdf, lectio05c.pdf, lectio05d.pdf, lectio05e.pdf, lectio05f.pdf
  
Ceramic suspensions
    lectio06a.pdf, lectio06b.pdf
  
Ceramic forming systems


Forming technologies

 
Drying and pre-sintering; traditional ceramics consolidation


 Sintering


 Furnaces for ceramics


 Production of monocrystals

  
 Traditional ceramics


 Mechanical properties


 Bioceramics

 
 Electrical properties

Course of Ceramic Materials Engineering

(a.y. 2017-18)


  1. Laboratory activities


Homework: homework n1 2017.pdf


Written tests:  



Lessons’ slides


  1. 1.Introduction

   lectio01.pdf


  1. 2.Reference chemical and crystalline systems

   lectio02a.pdf, lectio02b.pdf, lectio02c.pdf, lectio02d.pdf, lectio02e.pdf


  1. 3.Production of ceramics from powders - introduction

   lectio03.pdf


  1. 4.Processing technologies for ceramics

    lectio04.pdf


  1. 5.Processing routes from powders: powders & liquids

    lectio05a.pdf, lectio05b.pdf, lectio05c.pdf, lectio05d.pdf, lectio05e.pdf, lectio05f.pdf

 

  1. 6.Ceramic suspensions

    lectio06a.pdf, lectio06b.pdf

 

  1. 7.Ceramic forming systems



  1. 8.Forming technologies



  1. 9.Drying and pre-sintering; traditional ceramics consolidation



  1. 10. Sintering



  1. 11. Furnaces for ceramics



  1. 12. Production of monocrystals


 

  1. 13. Traditional ceramics



  1. 14. Mechanical properties



  1. 15. Bioceramics



  1. 16. Electrical properties