Laboratory Name Material Testing - UET Lahore
Laboratory NameLab DirectorDr. Nasir HayatEmail ID: nasirhayat@uet.edu.pkLab In chargeDr. Awais Ahmed KhanEmail ID: awais211@uet.edu.pkLab SupervisorMr. Ehsan Ullah ButtEmail :Lab MachinistMr. Ghulam Dastagir ButtEmail :Lab TechnicianMuhammad Salman KhaliqEmail ID : salmanfiftycent@gmail.comMaterial Testing
Introduction to the Lab:Materials Testing Lab is actively contributing in teaching and researchactivities in the Mechanical Engineering Department. The Lab mainlyfocuses on to provide the latest educational/research facilities in materialstesting and materials characterization. Research capabilities include:Universal Testing Machine (30 Ton and 200 Ton), Hardness TestingMachines (Rockwell and Brinell Hardness Testing Machine), Charpy ImpactTesting Machine, Creep Testing Machine, Hounsfield Tensometer,Polariscope, Bending and Torsion apparatus, Thick Walled Cylinderapparatus.Courses supported in the Lab are:Course CodeCourse NameME-221LME-222LME 422LMechanics of Materials-IMechanics of Materials-IIMechanics of Materials-IIIEquipment Details of Machines at Material Testing LabEquipment DetailsEquipmentManufacturer/Model No.SHIMADZU JAPAN , Capacity 500J, JIS,Charpy Impact Tester1998AVERY ENGLAND, TYPE 6402, Part No.Rockwell Hardness Testing Machine51250AVERY ENGLAND Capacity 3000kg,Brinell Hardness Testing MachineType 6403NORWOOD INSTRUMENTS LTD.Thick Walled Cylinder ApparatusENGLAND Part No. 9267NORWOOD INSTRUMENTS LTD.ENGLAND Registered Design No.Polariscope858733
Metallic Wire ApparatusModulus of Rigidity of RubberApparatusBeam ApparatusContinuous Beam ApparatusThin Walled Pressure vessel apparatusThin Walled Pressure vessel apparatusCreep Testing MachineShape Factor ApparatusShear Force and Bending MomentApparatusHounsfield TensometerCombined Bending and TorsionApparatusStrain Gauge ApparatusUniversal Testing Machine 30 TonUniversal Testing Machine 200 TonNORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 172-07-15280BNORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 122-07-15278BNORWOOD INSTRUMENTS LTD.ENGLAND NR. HUDDERSFIELD.Apparatus No. 9251NORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 035-07-15276ANORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 136-08-15279BNORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 135-08-15273AGUNT HAMBURG Germany WP 600Serial No. 193357NORWOOD INSTRUMENTS LTD.ENGLAND Apparatus No. 9270NORWOOD INSTRUMENTS LTD.ENGLAND Apparatus No. 9258TENSOMETER LIMITED ENGLAND SerialNo. W6552NORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 031-07-15276NORWOOD INSTRUMENTS LTD.ENGLAND Serial No. 202-07-15281AGauge Factors Tensile 2,10 Torsion 2,12Bending 2,10UH-300kNA, SHIMADZU JapanCNENAHO B CCCP yMM-200 N 34,Serial No. 7855-81
List of Experiments in ME-221L1. To draw load-extension curve of a metallic wire and determine the modulusof elasticity of a steel wire2. To investigate relationship between shear stress and shear strain for rubberand determine the modulus of rigidity of rectangular block of rubber3. To determine the modulus of rigidity oa a circular steel shaft subjected totorsion4. To determine the central deflection oa a simply supported beam subject to aconcentrated load at mid point5. To determine the load point deflection oa a simply supported beamsubjected to an eccentric load at a midpoint6. To determine the central deflection of a fixed beam subjected to aconcentrated load at mid point7. To determine the load point deflection oa a simply supported beamsubjected to an eccentric load at a midpoint8. To determine the load point deflection of a cantilever beam subjected to aconcentrated load at free end. To determine the elastic strain energy storedin a circular brass shaft subjected to torsion9. To determine the load point deflection of a propped beam subjected to aconcentrated load at mid point.10. To determine the elastic strain energy stored in a circular steel shaftsubjected to torsion11. To verfiy the laws of shearing and bending moment12. To determine the modulus of rigidity of a brass shaft subjected to torsionList of Experiments in ME-222L1. Parametric analysis of simply supported beam subjected to point load
2. Parametric analysis of fixed end beam subjected to point load3. Parametric analysis of cantilever beam subjected to point load4. To determine the diametrical deflection of a circular ring subjected todiametrical load5. To determine the deflection components of semi-circular ring6. To determine the deflection components of a quarter-circular ring7. To determine the deflection components of an extended quarter circular ring8. To perform the charpy impact test and determine the CIV for the V-notchedspecimen9. To perform tensile test on a given specimen by using HounsfieldTensometer and determine the mechanical properties of the material10. To perform Rockwell hardness test and determine the hardness of the givenspecimen11. To perform Brinell hardness test and determine the hardness of the givenspecimen12. To determine the stresses in an internally pressurized thin walled cylinder13. Introduction to engineering material codes (ASTM, DIN, BS)14. To Carry out creep test on the given plastic specimen15. To perform Torsion test and determine the modulus of resilience andmodulus of toughness for the given specimenList of Experiments in ME-422L1. To perform the Bend Test and determine the Shape Factor of theCantilever Beam specimen having circular cross-section2. To determine the Torsional Resilience and Modulus of Toughness undertorsion in a mild steel specimen. Also, find the ratio TFP/TFY3. To perform Tensile Test on Universal Testing Machine (UTM) havingcapacity 300kN4. To perform Compression Test on Universal Testing Machine (UTM) havingcapacity 300kN5. To perform Bend Test on Universal Testing Machine (UTM) having capacity300kN
6. To determine Rockwell Hardness Values of mild steel specimens on B and Cscale by applying minor and major loads7. To determine Brinell Hardness Value of mild steel specimens8. To investigate the working and use of quarter, half and full bridgeconfigurations of strain gages9. To determine the Axial and Tangential Strains in a thick cylinder subjectedto internal pressure and thereby calculate Axial and Tangential Stresses10.To determine the strain developed in a thin cylinder subjected to internalpressure11.To determine the Material Fringe Value of a photo elastic circular test pieceunder compression12.To determine the tensile stresses in a photo elastic material using apolariscope13.To analyze the formation of isoclinic and isochromatic fringe patterns inplane and circular polariscope
Figure 1 Corner's View of Materials Testing Lab
Figure 2 Stairs View of Material Testing Lab
Figure 3 Isometric View of materials Testing Lab
Figure 4 Diametric View of Materials Testing Lab
Figure 5 Schimadzu Universal Testing Machine 30 Ton
Figure 6 Universal Testing Machine 200 Ton
Figure 7 Charpy Impact Testing Machine
Figure 8 Rockwell Hardness Testing Machine
Figure 9 Thick Walled Pressure Vessel
Figure 10 Brinell Hardness Testing Machine
Figure 11 Polariscope
Figure 12 Modulus of Rigidity
Figure 13 Spring Coil Apparatus
Figure 14 Beam Apparatus
Figure 15 Bending and Torsion Combined Apparatus
Figure 16 Shear Force and Bending Moment Diagram Apparatus
Figure 17 Combined Bending and Torsion of Beam Apparatus
Figure 18 Creep Testing Machine
Figure 19 Thin Walled Cylinder Apparatus
Figure 20 Thick Walled Cylinder Apparatus
Figure 21 Deflection of Flat Plate
Figure 22 Shape Factor Apparatus
Figure 23 Combined Bending and Torsion Apparatus
Figure 24 Strain Gauge Apparatus
Figure 25 Bending and Torsion Combined Apparatus
Equipment Details of Machines at Material Testing Lab Equipment Details Equipment Manufacturer/Model No. Charpy Impact Tester SHIMADZU JAPAN , Capacity 500J, JIS, 1998 Rockwell Hardness Testing Machine AVERY ENGLAND, TYPE 6402, Part No. 51250 Brinell Hardness Testing Machine AVERY ENGLAND Capacity 3000kg, Type 6403
polis NR 11/2011 Revistë shkeNcoRe e Fakultetit të shkeNcave sociale Bordi Editorial Prof. Dr. Romeo Gurakuqi, Universiteti Europian i Tiranës (UET) Fatos Tarifa Ph.D., Universiteti Europian i Tiranës (UET) Prof. Dr. Erleta Mato, Universiteti Europian i Tiranës (UET) Dr. Enis Sulstarova, Universiteti i Tiranës Blendi Kajsiu, Dokt., Essex University, Britani e Madhe
polis NR 14/2015 Revistë shkeNcoRe e Fakultetit të shkeNcave sociale Bordi Editorial Prof. Dr. Ferit Duka, Universiteti Europian i Tiranës (UET) - Drejtor Prof. Dr. Romeo Gurakuqi, Universiteti Europian i Tiranës (UET) - Anëtar Dr. Blendi Kajsiu, University of Antioquia, Colombia - Anëtar Professor John Parrish Sprowl
S u m b a l S a ba 4 Selected as “HEC Approved PhD Supervisor”, by Higher Education Commission Pakistan, (12, January 2017). Technology Award in Invention to Innovation Summit 2016, UET, Peshawar University, (16-17, November 2016). SRC Awards for Innovative Chemistry Research (20,000 PKR), in Invention to Innovation Summit 2016, UET, Pesh
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