Project Description

Model Name :

Gleeble 3800-GTC Simulation System

MADE IN:

Gleeble, USA

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SPECIFICATIONS :

  • Direct resistance High-speed heating system (10,000°C/sec)
  •  Maximum quenching rate (2000°C/sec)
  •  20 Ton Maximum Compression force
  • 10 Ton Maximum Tension Force
  •  2,000 mm/sec maximum stroke rate
  •  High-speed Hydraulic Servo valve system
  •  20HP Hydraulic Pump
  •  Dual air Rams
  •  75KVA Heating Transformer
  •  Gleeble touch control System
  • Embedded computer with digital Signal Processor
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Applications

  • Physical Simulation on Gleeble is the reproduction of thermal and mechanical processes in a laboratory that material is subjected to in the process, production, fabrication, or end-use.
  • Results can be readily transferred from the laboratory to production processes, thus minimizing the need for expensive full-scale performance testing.
  • Simulation data can also be used to improve the accuracy of computer modeling.
  • A physical simulation is a valuable tool used to study metallurgical processes, develop new materials, and observe materials in real-world situations

Following are the few applications of Gleeble TMS :

Materials Study

  • Melting and solidification
  • Work hardening,  Recovery, Recrystallization
  • Phase transformation
  • Precipitation
  • Nanomaterials and Ultrafine grained material

Materials Testing

  • Hot tensile test
  • Hot compression test
  • Workability/Strain- induced crack opening test
  • Dilatometry and Dynamic/Static CCT/TTT
  • Accelerated Creep test/ Stress rupture test
  • Thermo-mechanical Fatigue test
  • Stress relaxation
  • Modulus/Yield strength/ UTS/Elongation at high temperature
  • Nil-strength testing

Process Simulation

  • Continuous casting
  • Diffusion bonding
  • Heat treating
  • Hot rolling
  • Quenching
  • Forging
  • Extrusion
  • Sintering/Powder metallurgy
  • Liquid metal embrittlement

Features and Capabilities:

  • Gleeble 3800 GTC System consists of one general-purpose mobile conversion unit (MCU) along with Hydrawedge II MCU.
  • The thermocouple welder for easy and quick welding of thermocouples on the specimen.
  • Cross-wise strain kit for diametral strain measurement.
  • HydrawedgeII MCU for Hot deformation studies- multiple Hits at high speed. Used for uniaxial compression (flow stress) tests or plane strain compression tests. Can also be used with quench to accelerate cooling after deformation.
  • The system is having a mechanical stop allowing precise deformation without overshoot for multiple hits
  • Secondary Circuit Grounding modifications for highly conducting materials (Al, Cu, etc.) or large specimen sizes

CHARGES

User Type
Within the state of Odisha Outside the state of Odisha
KIITUsers Academic & Research Institutions Govt. Institut ions Govt. Industry Academic & Research Institutions Govt. Institutions Govt. Industry Private Industries/ for Profit Laboratories
Charges in INR (per

sample)

 100 200 300 1000 500 1000 1500 2000
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Sample Requirement

Metallic Material or material having thermal conductivity

FESEM-faculty In-Charge

Name of the In-charge : Dr. Shanta Chakrabarty

Designation : Assistant Professor 

Contact details :shanta.chakrabartyfme@kiit.ac.in

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