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pressHydraulic press with 300*300 mm2 heating plates, maximum pressure: 200bar, maximum temperature: 250oC

 

vacuumVacuum drying oven, VT 6025, Heraus Thermoscientific. Volume capacity: 25l, working temperature up to 200οC, Vacuum supply up to 0,01mbar.

 

heraus t6 Heraus function line T6 oven olume capacity: 57l, maximum temperature 250oC.

 

mixer

Dispermat AE, VMA-GETZMANN GMBH dissolver equipped with Τorus mill

 

cutterHusqvarna TS 230F tile saw.

 

grindingDigiprep automatic sample grinding and polishing system

 

Characterization, Mechanical and strain testing, environmental testing

ramanLabram HR –Horiba micro-Raman system equipped with two Laser lines at 514nm and 784.12nm.

 

agilent

2 Agilent 34401A Multimeters

 

pulse gen

Textronics AFG3052C dual channel Ultrasonics pulse generator.

 

minister

Custom made Minister apparatus for tensile, compressive and bending measurements of composites equipped with 10lb, 100lb and 1klb load shells. Acoustic emission apparatus equipped with R15 and pico sensors and AE win operating system.

 

In addition to the above, in the lab there is more equipment not pictured here:

  • 2 Grant GP 200 precision stirred thermostatic baths / circulators. Capacity: 25l, working temperature range: -30 up to +200oC depending on liquid.
  • Heating bath by Λάππας ΑΕ.
  • Kern ALJ-220-4M high precision analytical weigh scale, readability: 0.1mg and weighing range: 120g.
  • Tip Sonicator Hielsher UP400S, 400 W output power with amplitude and pulse adjustment capability.
  • In-house manufactured ballistic impact testing apparatus.
  • In-house manufactured extruder and fiber spinning apparatus.
  • Characterisation & Testing
  • Electrochemical impedance spectroscopy.
  • In house electrical topography mapping system

 

 

 

 

<p><strong>&Kappa;&alpha;&tau;&alpha;&sigma;&kappa;&epsilon;&upsilon;ή</strong></p>
<p><img src="/images/facilities/press.jpg" alt="press" width="373" height="504" />&nbsp;<br /> &Upsilon;&delta;&rho;&alpha;&upsilon;&lambda;&iota;&kappa;ή &pi;&rho;έ&sigma;&sigma;&alpha; &mu;&epsilon; &theta;&epsilon;&rho;&mu;&alpha;&iota;&nu;ό&mu;&epsilon;&nu;&epsilon;&sigmaf;
&pi;&lambda;ά&kappa;&epsilon;&sigmaf; &delta;&iota;&alpha;&sigma;&tau;ά&sigma;&epsilon;&omega;&nu; 300*300 mm2. &Mu;έ&gamma;&iota;&sigma;&tau;&eta; &pi;ί&epsilon;&sigma;&eta;: 200 bar, &mu;έ&gamma;&iota;&sigma;&tau;&eta; &theta;&epsilon;&rho;&mu;&omicron;&kappa;&rho;&alpha;&sigma;ί&alpha;:
250oC.</p>
<p>&nbsp;</p>
<p><img src="/images/facilities/vacuum.jpg" alt="vacuum" width="373" height="448" /></p>
<p>&Phi;&omicron;ύ&rho;&nu;&omicron;&sigmaf; &kappa;&epsilon;&nu;&omicron;ύ, VT 6025, Heraus Thermoscientific. &Chi;&omega;&rho;&eta;&tau;&iota;&kappa;ό&tau;&eta;&tau;&alpha;: 25l, &theta;&epsilon;&rho;&mu;&omicron;&kappa;&rho;&alpha;&sigma;ί&alpha; &lambda;&epsilon;&iota;&tau;&omicron;&upsilon;&rho;&gamma;ί&alpha;&sigmaf;:
έ&omega;&sigmaf; 200&omicron;C, &delta;&upsilon;&nu;&alpha;&tau;ό&tau;&eta;&tau;&alpha; &pi;&alpha;&rho;&omicron;&chi;ή&sigmaf; &kappa;&epsilon;&nu;&omicron;ύ έ&omega;&sigmaf; 0,01mbar</p>
<p><img src="/images/facilities/heraus-t6.jpg" alt="heraus t6" width="373" height="346" />&nbsp;<br /> &Phi;&omicron;ύ&rho;&nu;&omicron;&sigmaf; Heraus function line T6. &Chi;&omega;&rho;&eta;&tau;&iota;&kappa;ό&tau;&eta;&tau;&alpha;: 57l, &theta;&epsilon;&rho;&mu;&omicron;&kappa;&rho;&alpha;&sigma;ί&alpha;
&lambda;&epsilon;&iota;&tau;&omicron;&upsilon;&rho;&gamma;ί&alpha;&sigmaf;: έ&omega;&sigmaf; 250oC.</p>
<p><img src="/images/facilities/mixer.jpg" alt="mixer" width="373" height="391" /><br /> &Sigma;&upsilon;&sigma;&kappa;&epsilon;&upsilon;ή &alpha;&nu;ά&mu;&iota;&xi;&eta;&sigmaf; Dispermat AE, VMA-GETZMANN GMBH &epsilon;&xi;&omicron;&pi;&lambda;&iota;&sigma;&mu;έ&nu;&eta;
&mu;&epsilon; Torus mill.</p>
<p><img src="/images/facilities/cutter.jpg" alt="cutter" width="373" height="298" /><br /> &Sigma;&upsilon;&sigma;&kappa;&epsilon;&upsilon;ή &kappa;&omicron;&pi;ή&sigmaf; Husqvarna TS 230F.</p>
<p><img src="/images/facilities/grinding.jpg" alt="grinding" width="373" height="497" /><br /> &Alpha;&upsilon;&tau;ό&mu;&alpha;&tau;&omicron; &sigma;ύ&sigma;&tau;&eta;&mu;&alpha; &lambda;&epsilon;ί&alpha;&nu;&sigma;&eta;&sigmaf; &kappa;&alpha;&iota; &sigma;&tau;ί&lambda;&beta;&omega;&sigma;&eta;&sigmaf;
&delta;&omicron;&kappa;&iota;&mu;ί&omega;&nu; Digiprep.</p>
<p>&nbsp;</p>
<p><strong>&Mu;&eta;&chi;&alpha;&nu;&iota;&kappa;έ&sigmaf; &delta;&omicron;&kappa;&iota;&mu;έ&sigmaf; &kappa;&alpha;&iota; &chi;&alpha;&rho;&alpha;&kappa;&tau;&eta;&rho;&iota;&sigma;&mu;ό&sigmaf;/ &pi;&epsilon;&rho;&iota;&beta;&alpha;&lambda;&omicron;&nu;&tau;&iota;&kappa;ή &kappa;&alpha;&tau;&alpha;&pi;ό&nu;&eta;&sigma;&eta;</strong></p>
<p><img src="/images/facilities/raman.jpg" alt="raman" width="457" height="256" /></p>
<p>&Sigma;ύ&sigma;&tau;&eta;&mu;&alpha; &phi;&alpha;&sigma;&mu;&alpha;&tau;&omicron;&sigma;&kappa;&omicron;&pi;ί&alpha;&sigmaf; &Rho;ά&mu;&alpha;&nu; Labram HR &ndash;Horiba micro-Raman &epsilon;&xi;&omicron;&pi;&lambda;&iota;&sigma;&mu;έ&nu;&omicron; &mu;&epsilon;
&delta;ύ&omicron; &kappa;&epsilon;&phi;&alpha;&lambda;έ&sigmaf; laser &sigma;&upsilon;&chi;&nu;&omicron;&tau;ή&tau;&omega;&nu; 514nm &kappa;&alpha;&iota; 784.12nm.</p>
<p><img src="/images/facilities/agilent.jpg" alt="agilent" width="459" height="330" /></p>
<p>2 &pi;&omicron;&lambda;ύ&mu;&epsilon;&tau;&rho;&alpha; Agilent 34401A.</p>
<p><img src="/images/facilities/pulse-gen.jpg" alt="pulse gen" width="458" height="235" /></p>
<p>&Gamma;&epsilon;&nu;&nu;ή&tau;&rho;&iota;&alpha; &pi;&alpha;&lambda;&mu;ώ&nu; &upsilon;&pi;&epsilon;&rho;ή&chi;&omega;&nu; Textronics AFG3052C &delta;ύ&omicron; &kappa;&alpha;&nu;&alpha;&lambda;&iota;ώ&nu; (Textronics AFG3052C dual channel Ultrasonics
pulse generator).</p>
<p><img src="/images/facilities/minister.jpg" alt="minister" width="458" height="713" /></p>
<p>&Delta;&iota;ά&tau;&alpha;&xi;&eta; minitester &gamma;&iota;&alpha; &mu;&epsilon;&tau;&rho;ή&sigma;&epsilon;&iota;&sigmaf; &epsilon;&phi;&epsilon;&lambda;&kappa;&upsilon;&sigma;&mu;&omicron;ύ, &theta;&lambda;ί&psi;&eta;&sigmaf; &kappa;&alpha;&iota; &kappa;ά&mu;&psi;&eta;&sigmaf;,
&epsilon;&xi;&omicron;&pi;&lambda;&iota;&sigma;&mu;έ&nu;&omicron; &mu;&epsilon; &delta;&upsilon;&nu;&alpha;&mu;&omicron;&kappa;&epsilon;&lambda;&iota;ά 10lb, 100lb &kappa;&alpha;&iota; 1klb (Custom made Minitester apparatus for tensile, compressive and
bending measurements of composites equipped with 10lb, 100lb and 1klb load shells)</p>
<p>&nbsp;</p>
<p><strong>&Epsilon;&pi;ί&sigma;&eta;&sigmaf; &mu;έ&sigma;&alpha; &sigma;&tau;&omicron; &epsilon;&rho;&gamma;&alpha;&sigma;&tau;ή&rho;&iota;&omicron; &sigma;&tau;&epsilon;&gamma;ά&zeta;&epsilon;&tau;&alpha;&iota; &kappa;&alpha;&iota; &epsilon;&xi;&omicron;&pi;&lambda;&iota;&sigma;&mu;ό&sigmaf; &gamma;&iota;&alpha; &tau;&omicron;&nu; &omicron;&pi;&omicron;ί&omicron; &delta;&epsilon;&nu; &delta;&iota;&alpha;&tau;ί&theta;&epsilon;&nu;&tau;&alpha;&iota; &phi;&omega;&tau;&omicron;&gamma;&rho;&alpha;&phi;ί&epsilon;&sigmaf;:</strong></p>
<ul>
<li>&Delta;ύ&omicron; &lambda;&omicron;&upsilon;&tau;&rho;ά &psi;ύ&xi;&eta;&sigmaf; &ndash; &theta;έ&rho;&mu;&alpha;&nu;&sigma;&eta;&sigmaf;, Grant GP 200 &mu;&epsilon; &delta;&upsilon;&nu;&alpha;&tau;ό&tau;&eta;&tau;&alpha; &alpha;&nu;&alpha;&kappa;&upsilon;&kappa;&lambda;&omicron;&phi;&omicron;&rho;ί&alpha;&sigmaf;
&nu;&epsilon;&rho;&omicron;ύ. &Chi;&omega;&rho;&eta;&tau;&iota;&kappa;ό&tau;&eta;&tau;&alpha;: 25l, &theta;&epsilon;&rho;&mu;&omicron;&kappa;&rho;&alpha;&sigma;&iota;&alpha;&kappa;ό &epsilon;ύ&rho;&omicron;&sigmaf; &lambda;&epsilon;&iota;&tau;&omicron;&upsilon;&rho;&gamma;ί&alpha;&sigmaf;:
-30 έ&omega;&sigmaf; +200oC &alpha;&nu;ά&lambda;&omicron;&gamma;&alpha; &mu;&epsilon; &tau;&omicron; &upsilon;&gamma;&rho;ό (<strong><em>2 </em></strong><strong><em>Grant</em></strong><strong><em>GP</em></strong><strong><em> 200 </em></strong><strong><em>precision</em></strong><strong><em>stirred</em></strong><strong><em>thermostatic</em></strong><strong><em>baths</em></strong><strong><em> / </em></strong><strong><em>circulators</em></strong><strong><em>. </em></strong><strong><em>Capacity: 25l, working temperature range: -30 up to +200oC depending on liquid</em></strong>).</li>
<li>&Theta;&epsilon;&rho;&mu;&omicron;&lambda;&omicron;&upsilon;&tau;&rho;ό &tau;&eta;&sigmaf; &epsilon;&tau;&alpha;&iota;&rho;&epsilon;ί&alpha;&sigmaf; &Lambda;ά&pi;&pi;&alpha;&sigmaf; &Alpha;&Epsilon; (<strong><em>Heating</em></strong><strong><em>bath</em></strong><strong><em>by</em></strong><strong><em> &Lambda;ά&pi;&pi;&alpha;&sigmaf; &Alpha;&Epsilon;</em></strong>).</li>
<li>Kern ALJ-220-4M &upsilon;&psi;&eta;&lambda;ή&sigmaf; &alpha;&kappa;&rho;ί&beta;&epsilon;&iota;&alpha;&sigmaf; &alpha;&nu;&alpha;&lambda;&upsilon;&tau;&iota;&kappa;ό&sigmaf; &zeta;&upsilon;&gamma;ό&sigmaf;, &alpha;&kappa;&rho;ί&beta;&epsilon;&iota;&alpha;&sigmaf;:
0.1mg &kappa;&alpha;&iota; &epsilon;ύ&rho;&omicron;&upsilon;&sigmaf;: 120g (<strong><em>Kern</em></strong><strong><em>ALJ</em></strong><strong><em>-220-4</em></strong><strong><em>M</em></strong><strong><em>high</em></strong><strong><em>precision</em></strong><strong><em>analytical</em></strong><strong><em>weigh</em></strong><strong><em>scale</em></strong><strong><em>, </em></strong><strong><em>readability</em></strong><strong><em>: 0.1</em></strong><strong><em>mg</em></strong><strong><em>and</em></strong><strong><em>weighing</em></strong><strong><em>range</em></strong><strong><em>: 120</em></strong><strong><em>g</em></strong>).</li>
<li>&Sigma;&upsilon;&sigma;&kappa;&epsilon;&upsilon;ή &upsilon;&pi;&epsilon;&rho;ή&chi;&eta;&sigma;&eta;&sigmaf; Tip Sonicator Hielsher UP400S, 400 W &iota;&sigma;&chi;ύ&omicron;&sigmaf;: 400W &mu;&epsilon; &delta;&upsilon;&nu;&alpha;&tau;ό&tau;&eta;&tau;&alpha;
&rho;ύ&theta;&mu;&iota;&sigma;&eta;&sigmaf; &epsilon;ύ&rho;&omicron;&upsilon;&sigmaf; &kappa;&alpha;&iota; &pi;&alpha;&lambda;&mu;&omicron;ύ (<strong><em>Tip</em></strong><strong><em>Sonicator</em></strong><strong><em>Hielsher</em></strong><strong><em>UP</em></strong><strong><em>400</em></strong><strong><em>S</em></strong><strong><em>, 400 </em></strong><strong><em>W</em></strong><strong><em>output</em></strong><strong><em>power</em></strong><strong><em>with</em></strong><strong><em>amplitude</em></strong><strong><em>and</em></strong><strong><em>pulse</em></strong><strong><em>adjustment</em></strong><strong><em>capability</em></strong>).</li>
<li>&Iota;&delta;&iota;&omicron;&kappa;&alpha;&tau;&alpha;&sigma;&kappa;&epsilon;&upsilon;ή &beta;&alpha;&lambda;&iota;&sigma;&tau;&iota;&kappa;ή&sigmaf; &kappa;&rho;&omicron;ύ&sigma;&eta;&sigmaf; (<strong><em>In-house manufactured ballistic impact testing apparatus</em></strong>).</li>
<li>&Iota;&delta;&iota;&omicron;&kappa;&alpha;&tau;&alpha;&sigma;&kappa;&epsilon;&upsilon;έ&sigmaf; &epsilon;&kappa;&beta;&omicron;&lambda;έ&alpha; &kappa;&alpha;&iota; &pi;&epsilon;&rho;&iota;έ&lambda;&iota;&xi;&eta;&sigmaf; &iota;&nu;ώ&nu; (<strong>In <em>&ndash; house manufactured extruder and fiber spinning apparatus</em></strong>).</li>
<li>&Delta;&iota;ά&tau;&alpha;&xi;&eta; &eta;&lambda;&epsilon;&kappa;&tau;&rho;&omicron;&chi;&eta;&mu;&iota;&kappa;ή&sigmaf; &delta;&iota;&eta;&lambda;&epsilon;&kappa;&tau;&rho;&iota;&kappa;ή&sigmaf; &phi;&alpha;&sigma;&mu;&alpha;&tau;&omicron;&sigma;&kappa;&omicron;&pi;ί&alpha;&sigmaf;
(<strong><em>Electrochemical impedance spectroscopy</em></strong>).</li>
<li>2 &pi;&omicron;&lambda;ύ&mu;&epsilon;&tau;&rho;&alpha; Agilent 34401A (<strong><em>2 Agilent 34401A Multimeters</em></strong>).</li>
</ul>
<p>&nbsp;</p>
<p>&nbsp;</p>

News

FDM 2019

International conference on fracture and damage mechanics (FDM 2019)

The 18th international conference on fracture and damage mechanics (FDM 2019) will take place in Rodos (Rhodes), Greece. The conference series has the support of the experts in the field of fracture and damage mechanics and has become established as a leading international forum for presentation latest research. The high quality researches presented at the previous meetings are archived in conference proceedings published in book form. In addition special issues in leading journals such as International Journal of Fracture, Engineering Fracture Mechanics and Key Engineering Materials have been devoted to the work presented at the meeting. The proceedings one the 18th international conference will be published in the Journal of Key Engineering Materials and distributed to the delegates at the conference.

Deadlines
Abstracts: 31st January 2019
Papers: 19th April 2019
Registration: 19th April 2019

http://fdm.engineeringconferences.net/new/

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