Personal Information
Unternehmen/Arbeitsplatz
Dehradun, UTTARAKHAND India
Beruf
Assistant Professor in ME Cluster @UPES
Branche
Education
Info
Industrial Project (SPM), Research, Solar Energy, Automation, Energy Conservation, Power Plant, Thermal and Mechanical Engineering, Business Analyst
Tags
mechanical engineering
engineering
final year project
ppt presentation templates
varun pratap singh
most viewed
energy conservation
automation in manufacturing
clausius inequality. concept of entropy.
thermodynamic temperature scale
carnot theorem
carnot cycle
heat engines. cop of heat pump and refrigerator. s
thermal reservoir
essence of second law
unsteady flow systems and their analysis. second l
steady flow energy equation
flow work and non-flow work
control volume
different temperature scales and temperature measu
utu
b.tech.
government
environment
energy
uttarakhand technical university
manufacturing support systems
basic mechanical engineering
thermodynamics engineering
technology
science
education
most popular
bee
automation
shear stress due to torque.
torque and twist
torsion of shafts of circular section
stress in beams of different cross sections. tors
simple bending theory
mohr’s circle for stress and strain. pure bending
principal stress and strain
state of plane stress
thermal stresses. compound stress and strains: int
strain energy
one dimensional loading of members of varying cros
elastic constants
stress-strain diagrams for ductile and brittle mat
normal shear stresses
unit-5 stress and strain analysis simple stress an
equilibrium of bodies involving dry fiction.
laws of coulomb friction
equilibrium. friction: introduction
free body diagrams
resultant of planer force system
transfer of force to parallel position
force system and analysis basic concept: review of
unit-2: zeroth law: zeroth law
process
state
course work
dehradun
fuel
insulation
insulation and refractory
energy audit
automation migration strategy
ten strategies for automation
the usa principle
automation principles and stra
reasons for automating
computerized manufacturing sup
opportunities for automation a
automated manufacturing system
automation in production syste
categories of manufacturing sy
production systems
quantitative analysis of fms
planning and implementation is
fms components
types of fms
introduction to fms
flexible manufacturing systems
applications of gt
composite part concept
opitz coding system
production flow analysis
parts classification and codin
part families
group technology
cellular manufacturing
parts delivery at work station
automated assembly systems
control of production line
storage buffers
work part transfer mechanisms
system configurations
automated production lines- fu
production and assembly system
aidc
bar code technology
rfid
identification and data captur
conventional and automated st
storage systems
material transport systems
analysis of material transport
material transport equipment
design considerations for mate
material handling equipment
material handling system
selection of measuring devices
devices used in automation
computer process control
continuous and discrete contro
levels of automation
advanced automation
basic elements of an automated
automation and control technol
power train engineering varun pratap singh
advantages and limitations of whrd
upes
project
method of joints and method of section.
determination of forces in simple truss members
simple trusses
trusses: introduction
dual cycle.
diesel cycle
processes involving steam in closed and open syste
mollier diagram and steam tables
t-v& t-s diagram
phase transformation process and its graphical rep
properties of steam: properties of steam
unit-2 zeroth law: zeroth law
combined cycle power plants.
operation and maintenance
controls and lubrication
auxiliary systems such as fuel
cogeneration
gas turbine fuels
heat balance. gas turbine power plant elements of
diesel plant operation and efficiency
exhaust system
supercharging system
air intake and admission system
lubrication system
fuel system
performance of diesel engine
diesel power plant general layout
heat balance and efficiency.
flange heating and gland leakage. operation and ma
reheating
feed heating
turbine auxiliary systems such as governing
feed water treatment and condenser and cooling sys
ash handling system
draft
combustion system
pulverizes and coal burners
boilers mountings and accessories. general layout
syllabus unit-ii steam power plant power plant boi
air conditioner and its components
refrigerator and refrigeration cycle
izod & charpy test
brinell hardness
rockwell hardness
2-stroke & 4-stroke petrol engines
study 2-stroke & 4-stroke diesel engines. 4. to s
babcock & wilcox boilers
locomotive fire-tube boiler
cochran
mounting and accessories
boiler
utm
power plant economics
variable load problem
uels and combustion
review of thermodynamic
sources of energy
power
thermodynamics
unit 1
basic thermodynamics
zeroth law:
enthalpy.
energy and its forms
quasi static process
reversible and irreversible processes
cyclic and non-cyclic processes
path
property
temperature. thermodynamic equilibrium
pressure
specific volume
macroscopic & microscopic point of view. density
concept of continuum
phase
surrounding and universe
system
unit-1: fundamental concepts and definitions defi
bhn
hardness and impact testing of materials
modulus of elasticity
hooks law
stress-strain diagram of ductile material
tensile test
malleability etc. of materials
brittleness
ductility
toughness
alloy steels
hardness
material applicatio
iron carbon diagram
composition of carbon steels
composition of cast iron
classification of engineering materials
materials
unit i
petrol
diesel
two stroke
dual cycles
reciprocating machine
unit 5
working of four stroke petrol & diesel
diesel and dual cycles p-v & t-s diagrams and its
otto
carnot
reciprocating machines : working principle of stea
t-s diagram
p-v
use of steam tables
steam properties
mountings and accessories of boilers
enthalpy & entropy. steam engineering : classifica
volume
thermodynamic processes at constant pressure
first and second law of thermodynamics
zeroth
properties
thermodynamic system
varun pratap singh engineering
coer
college of engineering roorkee
syllabus
projects
project management
thermal power plant
power plant
oil
coal
fuel analysis
ultimate analysis
proximate analysis
combustion of fuel
compressor efficiency
pipe fittings and distribution system
general layout of compressed air system
shop air piping layout
capacity assessment
efficient compressor operation
compressed air systems
factors affecting the performance
types of air compressors
classification of air compressor
leakage test
savings opportunities
plate heat exchanger
direct contact heat exchanger
shell and tube heat exchanger
classification of whrs on temperature range bases
heat pump
principle of heat recovery units
heat losses – quality vs. quantity
waste heat recovery
work potential associated with internal energy
commercial waste heat recovery devices
thermal wheel/ heat wheel
exchanger
feed water
second law efficiencies
availability function
availability and irreversibility
combine cycle
case study
important technical parameters for cogeneration
factors influencing cogeneration choice
bottoming cycle
topping cycle
classification of cogeneration systems
reciprocating engine cogeneration systems
gas turbine cogeneration systems
technical options for cogeneration
principle and advantages of cogeneration
need of cogeneration
application of refractory
economic thickness of insulation
classification
refractories
hydrodynamic
hydro static
fluid power applications
fluid power
actuators
fluid transmission
hydrostatic drive
encon
steam distribution
energy optimization
energy conservation opportunity in steam distribut
flash recovery system
condensate recovery system
operation and maintenance of steam traps
dryers
steam pipe installation
pdrs
steam system
steam
properties of steam
heat
energy conservation act
energy management
refractory
green building
energy savings
pneumatic systems
hydraulic systems
pneumatic
fluid
Mehr anzeigen
Präsentationen
(26)Dokumente
(10)Gefällt mir
(7)Basic Mechanical Engineering Unit-1 Materials @ by V.P. Singh
Varun Pratap Singh
•
Vor 4 Jahren
Super critical boiler
SHIVAJI CHOUDHURY
•
Vor 9 Jahren
Steam distribution system by Varun Pratap Singh
Varun Pratap Singh
•
Vor 5 Jahren
Introduction to hydraulics and pneumatic by Varun Pratap Singh
Varun Pratap Singh
•
Vor 6 Jahren
Insulation and refractory basics by Varun Pratap Singh
Varun Pratap Singh
•
Vor 6 Jahren
Energy Auditing/ Energy conservation ppt by Varun Pratap Singh
Varun Pratap Singh
•
Vor 5 Jahren
Energy Audit / Energy Conservation Basics by Varun Pratap Singh
Varun Pratap Singh
•
Vor 6 Jahren
Personal Information
Unternehmen/Arbeitsplatz
Dehradun, UTTARAKHAND India
Beruf
Assistant Professor in ME Cluster @UPES
Branche
Education
Info
Industrial Project (SPM), Research, Solar Energy, Automation, Energy Conservation, Power Plant, Thermal and Mechanical Engineering, Business Analyst
Tags
mechanical engineering
engineering
final year project
ppt presentation templates
varun pratap singh
most viewed
energy conservation
automation in manufacturing
clausius inequality. concept of entropy.
thermodynamic temperature scale
carnot theorem
carnot cycle
heat engines. cop of heat pump and refrigerator. s
thermal reservoir
essence of second law
unsteady flow systems and their analysis. second l
steady flow energy equation
flow work and non-flow work
control volume
different temperature scales and temperature measu
utu
b.tech.
government
environment
energy
uttarakhand technical university
manufacturing support systems
basic mechanical engineering
thermodynamics engineering
technology
science
education
most popular
bee
automation
shear stress due to torque.
torque and twist
torsion of shafts of circular section
stress in beams of different cross sections. tors
simple bending theory
mohr’s circle for stress and strain. pure bending
principal stress and strain
state of plane stress
thermal stresses. compound stress and strains: int
strain energy
one dimensional loading of members of varying cros
elastic constants
stress-strain diagrams for ductile and brittle mat
normal shear stresses
unit-5 stress and strain analysis simple stress an
equilibrium of bodies involving dry fiction.
laws of coulomb friction
equilibrium. friction: introduction
free body diagrams
resultant of planer force system
transfer of force to parallel position
force system and analysis basic concept: review of
unit-2: zeroth law: zeroth law
process
state
course work
dehradun
fuel
insulation
insulation and refractory
energy audit
automation migration strategy
ten strategies for automation
the usa principle
automation principles and stra
reasons for automating
computerized manufacturing sup
opportunities for automation a
automated manufacturing system
automation in production syste
categories of manufacturing sy
production systems
quantitative analysis of fms
planning and implementation is
fms components
types of fms
introduction to fms
flexible manufacturing systems
applications of gt
composite part concept
opitz coding system
production flow analysis
parts classification and codin
part families
group technology
cellular manufacturing
parts delivery at work station
automated assembly systems
control of production line
storage buffers
work part transfer mechanisms
system configurations
automated production lines- fu
production and assembly system
aidc
bar code technology
rfid
identification and data captur
conventional and automated st
storage systems
material transport systems
analysis of material transport
material transport equipment
design considerations for mate
material handling equipment
material handling system
selection of measuring devices
devices used in automation
computer process control
continuous and discrete contro
levels of automation
advanced automation
basic elements of an automated
automation and control technol
power train engineering varun pratap singh
advantages and limitations of whrd
upes
project
method of joints and method of section.
determination of forces in simple truss members
simple trusses
trusses: introduction
dual cycle.
diesel cycle
processes involving steam in closed and open syste
mollier diagram and steam tables
t-v& t-s diagram
phase transformation process and its graphical rep
properties of steam: properties of steam
unit-2 zeroth law: zeroth law
combined cycle power plants.
operation and maintenance
controls and lubrication
auxiliary systems such as fuel
cogeneration
gas turbine fuels
heat balance. gas turbine power plant elements of
diesel plant operation and efficiency
exhaust system
supercharging system
air intake and admission system
lubrication system
fuel system
performance of diesel engine
diesel power plant general layout
heat balance and efficiency.
flange heating and gland leakage. operation and ma
reheating
feed heating
turbine auxiliary systems such as governing
feed water treatment and condenser and cooling sys
ash handling system
draft
combustion system
pulverizes and coal burners
boilers mountings and accessories. general layout
syllabus unit-ii steam power plant power plant boi
air conditioner and its components
refrigerator and refrigeration cycle
izod & charpy test
brinell hardness
rockwell hardness
2-stroke & 4-stroke petrol engines
study 2-stroke & 4-stroke diesel engines. 4. to s
babcock & wilcox boilers
locomotive fire-tube boiler
cochran
mounting and accessories
boiler
utm
power plant economics
variable load problem
uels and combustion
review of thermodynamic
sources of energy
power
thermodynamics
unit 1
basic thermodynamics
zeroth law:
enthalpy.
energy and its forms
quasi static process
reversible and irreversible processes
cyclic and non-cyclic processes
path
property
temperature. thermodynamic equilibrium
pressure
specific volume
macroscopic & microscopic point of view. density
concept of continuum
phase
surrounding and universe
system
unit-1: fundamental concepts and definitions defi
bhn
hardness and impact testing of materials
modulus of elasticity
hooks law
stress-strain diagram of ductile material
tensile test
malleability etc. of materials
brittleness
ductility
toughness
alloy steels
hardness
material applicatio
iron carbon diagram
composition of carbon steels
composition of cast iron
classification of engineering materials
materials
unit i
petrol
diesel
two stroke
dual cycles
reciprocating machine
unit 5
working of four stroke petrol & diesel
diesel and dual cycles p-v & t-s diagrams and its
otto
carnot
reciprocating machines : working principle of stea
t-s diagram
p-v
use of steam tables
steam properties
mountings and accessories of boilers
enthalpy & entropy. steam engineering : classifica
volume
thermodynamic processes at constant pressure
first and second law of thermodynamics
zeroth
properties
thermodynamic system
varun pratap singh engineering
coer
college of engineering roorkee
syllabus
projects
project management
thermal power plant
power plant
oil
coal
fuel analysis
ultimate analysis
proximate analysis
combustion of fuel
compressor efficiency
pipe fittings and distribution system
general layout of compressed air system
shop air piping layout
capacity assessment
efficient compressor operation
compressed air systems
factors affecting the performance
types of air compressors
classification of air compressor
leakage test
savings opportunities
plate heat exchanger
direct contact heat exchanger
shell and tube heat exchanger
classification of whrs on temperature range bases
heat pump
principle of heat recovery units
heat losses – quality vs. quantity
waste heat recovery
work potential associated with internal energy
commercial waste heat recovery devices
thermal wheel/ heat wheel
exchanger
feed water
second law efficiencies
availability function
availability and irreversibility
combine cycle
case study
important technical parameters for cogeneration
factors influencing cogeneration choice
bottoming cycle
topping cycle
classification of cogeneration systems
reciprocating engine cogeneration systems
gas turbine cogeneration systems
technical options for cogeneration
principle and advantages of cogeneration
need of cogeneration
application of refractory
economic thickness of insulation
classification
refractories
hydrodynamic
hydro static
fluid power applications
fluid power
actuators
fluid transmission
hydrostatic drive
encon
steam distribution
energy optimization
energy conservation opportunity in steam distribut
flash recovery system
condensate recovery system
operation and maintenance of steam traps
dryers
steam pipe installation
pdrs
steam system
steam
properties of steam
heat
energy conservation act
energy management
refractory
green building
energy savings
pneumatic systems
hydraulic systems
pneumatic
fluid
Mehr anzeigen