Thermal Analysis - Online Training Course

Our Thermal Analysis (TA) tutorial is a general introduction to this widely used technique, applicable to all industries from R&D to quality control.
TA comprises a range of techniques that measure the physical properties of a substance as a function of temperature.
Materials characterization is dedicated to the thorough analysis and development of new materials, as well as periodic monitoring for quality control.
Thermal analysis consists of the following four well-established techniques:
1. Differential Scanning Calorimetry, or DSC,
2. Thermogravimetric Analysis, or TGA,
3. Thermomechanical Analysis, or TMA,
4. and Dynamic Mechanical Analysis, or DMA
In DSC, heat flow and its related specific heat capacity is measured; TGA records mass loss; TMA determines length changes in the nanometer range and DMA provides modulus values.
Learn more about Thermal Analysis
More Thermal Analysis tutorials
DSC Tutorial
• Differential Scanning ...
Flash DSC Tutorial
• Flash Differential Sca...
TGA Tutorial
• Thermogravimetry Analy...
TMA Tutorial
• Thermomechanical Analy...
DMA Tutorial
• Dynamic Mechanical Ana...
TA News www.mt.com/global/en/home/cam...
Our services offering
Keep up to date on developments in thermal analysis. We offer a complete range of support services including a bi-annual thermal analysis magazine, application handbooks, videos, webinars, e-Training or classroom training courses.
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TA Magazine www.mt.com/global/en/home/app...
TA Handbooks www.mt.com/global/en/home/app...
TA Videos www.mt.com/global/en/home/per...
TA Webinars www.mt.com/global/en/home/lib...
TA e-Training www.mt.com/global/en/home/per...
TA Class-room courses www.mt.com/global/en/home/per...
0:00 Introduction
2:16 Introduction
7:08 What is Thermal Analysis?
8:37 Thermal Analysis Techniques
10:14 Industries and Applications
12:00 TA Techniques: DSC
15:05 DSC Applications
17:37 Application 3: DSC
26:23 Application 5: Flash DSC
30:03 Thermo-Optical Analysis (TOA)
32:57 TA Techniques: TGA
38:15 TGA/DSC
48:38 Application 2: TMA
52:42 DMA Applications
58:14 Application 2: DMA