RAHUL SINHA
124
Abonné
Personal Information
Entreprise/Lieu de travail
KANPUR, UTTAR PRADESH India
Profession
Pre-Doctoral Fellow @ IIT Kanpur
Secteur d’activité
Education
À propos
RAHUL SINHA is a research scholar pursuing doctoral degree in Geotechnical Engineering (2020-ongoing) from INDIAN INSTITUTE OF TECHNOLOGY KANPUR [IITK]. He completed M.TECH. (2018-20) in Geotechnical Engineering from INDIAN INSTITUTE OF TECHNOLOGY (INDIAN SCHOOL OF MINES) [IIT(ISM)]. He emerged as a top student of the batch at IIT(ISM), securing an overall GPA of 9.75 (out of 10). In 2017, he graduated with a degree in Civil Engineering (2013-17) from VELLORE INSTITUTE OF TECHNOLOGY [VIT, an institution with IOE (Institution of Eminence) status, granted by Govt. of India] maintaining an overall GPA of 9.21 (out of 10).
Mots-clés
gate
civil engineering
gate ce
rahul sinha
geotechnical engineering
soil mechanics
foundation engineering
•engineering considerations
•diminishing marginal returns
factors affecting economy
thinking like an economist
demand and supply
settlement analysis in sands and clays
contact pressure
combined footing and raft foundation
effect of water table
shallow foundations—terzaghi’s and meyerhoff’s bea
pressure bulbs
stress distribution in soils—boussinesq’s and west
method of slices and bishop’s method
stability of slopes—finite and infinite slopes
earth pressure theories—rankine and coulomb
standard penetration and cone penetration tests
plate load test
sampling
drilling bore holes
foundation engineering: sub-surface investigations
pile foundation
eigen value
vector
calculus
matrix
linear algebra
mathematics
pavement
traffic
highway
engineering
transportation
open channel flow
uniform flow and gradually varied flow
hydraulic jump
slope profile
critical flow
specific energy
channel hydraulics - energy-depth relationships
concept of boundary layer and its growth.
pipe networks
flow in pipes
laminar and turbulent flow
applications of momentum and energy equations
potential flow
energy and corresponding equations
momentum
continuity
fluid statics
fluid mechanics: properties of fluids
structural analysis
stiffness and flexibility methods of structural an
influence lines
displacement methods: slope deflection and moment
cables and frames
beams
arches
analysis of trusses
method of superposition
structural analysis: statically determinate and in
mechanics of materials
solid mechanics
strength of materials
magnetic meridian
magnetic bearing.
local attraction
declination and dip
computation of angles
conversion of bearings
whole circle bearing and reduced bearing
bearing
compass surveying
profile levelling
levelling terms
height of instrument (or plane of collimation) met
difficulties in the levelling
simple levelling
cross sectional levelling
fly levelling
reciprocal levelling
differential levelling
rise and fall method
what is conformal mapping?
joukowski’s transformation
aerodynamic in air foil
english bond
stretcher bond
flemish bond.
header bond
plastering
pointing
bonding
mechanical ventilation
natural ventilation
stack effect
cross ventilation
single sided ventilation
types of roofs
single sided double ventilation
artificial ventilation
functional requirements of a ventilation system
hip roof
valley shapes
gable roof
dutch hip roof
•long run average cost
•the average–marginal relationship
•costs in a long run
•fixed versus sunk cost
•measuring cost: which costs matter?
•the inflexibility of short-run production
•marginal cost
•cost minimizing input choices
•amortizing sunk costs
•average cost
•marginal rate of technical substitution
•economies and diseconomies of scale
•the relationship between short-run and long-run
•expansion path
•the shapes of cost curves
•break even analysis
•isocost lines
•determinants of short run cost
•fixed and variable cost
what are joints?
bedding joints
•classification
dip joint
•terminology related to joints
oblique joint
strike joints
compression joints
tension joints
shear joints
synclines
isoclinal folds
anticlines
plunge
what are folds?
•classification on the basis of curvature
•parts of the folds
•classification of folds
•classification on the basis of axial planes
•classification on the basis of plunge
(ramsay)
•isoquant maps
•production with two variable inputs
•production and firm
•returns to scale
•substitution among inputs
•the production function
•describing returns to scale
•isoquant
•the slopes of the production curve
•production with one variable input(labour)
•law of diminishing marginal returns
•marginal product
•average product
•short run versus long run
on the basis of altitude (dip and strike)
slip and separation
mode of occurrences as basis
strike – slip faults
classification of faults
engineering consideration of faults
foot wall
enechelon faults
graben
separation
parallel faults
reverse faults
what is fault?
hanging wall
radial faults
peripheral faults
normal faults
on the basis of slip
apparent movement as basis
fault terminology fault plane
geological characters for investigation
selection of dam sites
arch dams
cupola dams
selection of the dam type
types of dams
embankment dams
dams
composite dams
butress dams
gravity dams
chapter 2 by mankiw
chapter 1 by mankiw
analyzing change in equilibrium market
demand schedule
shifting in the demand and supply curve
rocks
sand
construction material and technology
bricks
properties of rocks
business case
business case in green computing
hypervisor
virtualization
energy usage
legal mandates
laws related to e-waste disposal
equilibrium in market
a free market
economics
basics of economics
basics on economics
principles of economics
economists-scientist or policy adviser
the market forces
festivals of tomatoes
circuit fire alarm system
alarm system
american sign language
asl
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