Comprehensive theoretical study modules covering Engineering Mathematics, Theory of Machines, Strength of Materials, Fluid Mechanics, Manufacturing & Production, Thermodynamics, RAC, Automobile, and Power Plant Engineering.
Comprehensive core mechanical engineering revision guides, governing equations, formula cheat sheets, and curriculum breakdown across 9 core engineering disciplines.
Comprehensive engineering mathematical foundations including Linear Algebra, Differential Calculus, Vector Analysis, and Numerical Methods.
|A - λI| = 0e^(iθ) = cos(θ) + i sin(θ)f(x) = ∑ [f^(n)(a)/n!] (x - a)^nKinematic analysis of mechanisms, gear trains, cams, governors, flywheels, gyroscopes, and dynamic balancing of rotating/reciprocating masses.
DOF = 3(n - 1) - 2j - hs + l ≤ p + qN_out / N_in = T_in / T_outStress-strain behavior, Mohr circle, shear force & bending moment diagrams, beam deflection, torsion of shafts, and column buckling.
δ = (P · L) / (A · E)σ / y = M / I = E / Rτ / r = T / J = G · θ / LFluid statics, continuity equation, Bernoulli equation, laminar & turbulent pipe flow, boundary layer theory, and hydraulic machinery.
τ = μ · (du / dy)P / (ρg) + v^2 / (2g) + z = Constanth_f = (f · L · v^2) / (2g · D)Metal casting processes, metal forming & rolling, sheet metal operations, machining mechanics, cutting tool geometry, welding, and metrology.
t_s = B · (V / A)^n2φ + β - α = 90° (or π/2)V · T^n = CZeroth, First and Second Laws of Thermodynamics, entropy generation, pure substance P-v-T surfaces, ideal gas laws, and thermodynamic power cycles.
δQ = dU + δWh1 + v1^2/2 + gz1 + q = h2 + v2^2/2 + gz2 + wη_carnot = 1 - (T_L / T_H)Vapour compression refrigeration (VCR), vapour absorption systems (VAR), psychrometric processes, cooling load estimations, and eco-friendly refrigerants.
COP_ref = Q_absorbed / W_input = (h1 - h4) / (h2 - h1)1 TR = 3.517 kW = 210 kJ/min = 50 kcal/minφ = (P_v / P_vs) × 100%Vehicle chassis dynamics, internal combustion engines, clutch & transmission systems, differential gears, suspension, steering geometry, and EV technologies.
cot(δ_outer) - cot(δ_inner) = c / bF_total = F_rolling + F_aerodynamic + F_gradient + F_accelerationη_bth = (Brake Power) / (m_fuel · LHV)Thermal steam power plants, high-pressure boilers, gas turbine combined cycles, nuclear fission reactors, hydroelectric installations, and economics of power generation.
Capacity Factor = (Actual Energy Output in kWh) / (Maximum Plant Capacity × 8760 h)Load Factor = (Average Load) / (Peak Maximum Demand)η_combined = η_gas + η_steam - (η_gas · η_steam)Choose the most convenient way to connect with our engineering and training team: