"यांत्रिकी": अवतरणों में अंतर

पंक्ति 9:
* [[चिरसम्मत यांत्रिकी|न्यूटनी यांत्रिकी]] (Newtonian mechanics)
* [[वैश्लेषिक यांत्रिकी]] (Analytical mechanics]]
** [[Hamiltonianहैमिल्टनी mechanicsयांत्रिकी]] (Hamiltonian mechanics), a theoretical [[Formalism (mathematics)|formalism]], based on the principle of conservation of energy.
** [[Lagrangianलाग्राञी mechanicsयांत्रिकी]] (Lagrangian mechanics), another theoretical formalism, based on the principle of the [[least action]].
* [[क्लासिकी सांख्यिकीय यांत्रिकी]] (Classical statistical mechanics]]) generalizes ordinary classical mechanics to consider systems in an unknown state; often used to derive [[thermodynamics|thermodynamic]] properties.
* [[Celestialखगोलीय mechanicsयांत्रिकी]] (Celestial mechanics), the motion of bodies in space: planets, comets, stars, [[galaxies]], etc.
* [[खगोलगयतिकीखगोलगतिकी]] (Astrodynamics), अंतरिक्षयान [[नौकायन]] (navigation), आदि।
* [[ठोस यांत्रिकी]] (Solid mechanics), [[Elasticity (physics)|elasticity]], the properties of deformable bodies.
* [[Fracture mechanics]]
पंक्ति 20:
* [[तरल यांत्रिकी]] (Fluid mechanics), the motion of fluids
* [[मृदा यांत्रिकी]] (Soil mechanics), mechanical behavior of soils
* [[Continuumसांतत्यक mechanicsयांत्रिकी]] (Continuum mechanics), mechanics of continua (both solid and fluid)
* [[Hydraulicsद्रविकी]] या [[द्रवविज्ञान]] (Hydraulics), mechanical properties of liquids
* [[द्रव स्थैतिकी]] (Fluid statics), liquids in equilibrium
* [[अनुप्रयुक्त यांत्रिकी|अनुप्रयुक्त यांत्रिकी या इंजीनियरी यांत्रिकी]]
पंक्ति 31:
 
* [[श्रोडिंगर समीकरण|श्रोडिंगर का तरंग समीकरण]], used to describe the movements of the wavefunction of a single particle.
* [[Matrixमैट्रिक्स mechanicsयांत्रिकी]] (Matrix mechanics) is an alternative formulation that allows considering systems with a finite-dimensional state space.
* [[क्वाण्टम सांख्यिकीय यांत्रिकी]] (Quantum statistical mechanics]]) generalizes ordinary quantum mechanics to consider systems in an unknown state; often used to derive [[thermodynamics|thermodynamic]] properties.
* [[कण भौतिकी]] (Particle physics), the motion, structure, and reactions of particles
* [[नभिकीय भौतिकी]] (Nuclear physics), the motion, structure, and reactions of nuclei