TOP TEN SCORER OF ONLINE IOF CHARGEMEN MECHANICAL MEGA TEST
POSITION CANDIDATE NAME MARKS OBTAINED
1. ADITYA PANDEY 122/200
2. ANKUR TYAGI 122/200
3. ANURAG BANSAL 118/200
4. SAIKH RIZWAN 106/200
5. KRISHNA PATEL 106/200
6. ANKUR KUMAR BHARTI 106/200
7. CHANDAN AZAD 106/200
8. RAJESH SINHA 104/200
9. AMIT GHOSH 102/200
10. KULDEEP SINGH 102/200
Book of B.tech 3rd Year Mechanical MTU Noida Student
Recommended Books for B.tech 3rd Year Student Of Mahamaha Technical
| Book Title | Writer | Publication |
|---|---|---|
| Computer Added Manufacturing | Kunda and Rao | TaTa McGraw Hill |
| Total Quality Management | Lt.Gen.H. Lal | Wiley Eastern Limited |
| Beyond Total Quality Management | Greg Bounds | TaTA McGraw Hill |
| Computer Added Engineering Design | Anupam Saxena & B. Sahay | Anamaya publishers |
| CAD/CAM | HP GROOVER & EW Zimmers Jr. | Prentice Hall of India |
| Computer Added Design | RK Srivastava | Umesh Publication |
| Automobile Engineering | Kripal Singh | Standard Pub House |
| Automobile Engineering | Narang | Khanna Publishers |
How to Differentiates the Thermodynamics properties ?
During interview some engineers may confused about, How way we define thermodynamic properties, from where i start describing
Let i gives idea so that you can Perform better.!
When the interviewer ask from yourself How to define the various properties of thermodynamic & How to differentiate them
Then simple things to do just memorize the concept of mass related with thermodynamics properties so in this way you could describe easily just like As.
Thermodynamics properties are the point functions. they are state variables i.e. used to describing the state of system. variation of points cause change of state.
thermodynamics properties are definite integral that is no integration constant present after integration. it is not depend upon path of system by which particular path is obtained
Intensive properties are the independent of mass of the system that is on increasing or decreasing the mass, they not affected. they are the constant for the particular system, working medium, condition of the system. All specific values(i.e. per unit mass) are intensive properties
let i show a example of intensive properties - the density of working medium is constant throughout the mass i.e. on increasing the mass of working substance it is not increased or decreased. Similarly temperature and pressure are also unaffected by mass
Whereas The Extensive properties are the mass dependent they are varied with mass for example internal energy, entropy, volume etc. But one point should be noted that the specific values of all extensive properties are not comes in same category.
Let i gives idea so that you can Perform better.!
When the interviewer ask from yourself How to define the various properties of thermodynamic & How to differentiate themThen simple things to do just memorize the concept of mass related with thermodynamics properties so in this way you could describe easily just like As.
Thermodynamics properties are the point functions. they are state variables i.e. used to describing the state of system. variation of points cause change of state.
thermodynamics properties are definite integral that is no integration constant present after integration. it is not depend upon path of system by which particular path is obtained
Intensive properties are the independent of mass of the system that is on increasing or decreasing the mass, they not affected. they are the constant for the particular system, working medium, condition of the system. All specific values(i.e. per unit mass) are intensive properties
let i show a example of intensive properties - the density of working medium is constant throughout the mass i.e. on increasing the mass of working substance it is not increased or decreased. Similarly temperature and pressure are also unaffected by mass
Whereas The Extensive properties are the mass dependent they are varied with mass for example internal energy, entropy, volume etc. But one point should be noted that the specific values of all extensive properties are not comes in same category.
Strength of Materials discussion
Its the science of applied mechanics of materials which deals with relationship between the applied forces and internal force (i.e.stress) of the body. that means how material behaves under the action of applied forces.
mechanics of materials is study of deform-able body Not a Rigid body.Because in rigid body there will be no change in shape so no prediction and calculation of strength it has various importance in the field of structural engineering, material application, design of automotive and civil projects.
mechanics of materials is study of deform-able body Not a Rigid body.Because in rigid body there will be no change in shape so no prediction and calculation of strength it has various importance in the field of structural engineering, material application, design of automotive and civil projects.
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