Impact of modern drive trains on energy supplies Electric vehicles;

Impact of modern drive trains on energy supplies Electric vehicles The impact of modern drive trains on energy supplies, particularly in the case of electric vehicles (EVs), is significant. Electric vehicles rely on batteries and electric motors to provide propulsion, rather than traditional gasoline or diesel engines. This means that they require electricity to operate,

Steam jet refrigeration system – Working/Advantages

What is a steam jet refrigeration system?  A steam jet refrigeration system is a refrigeration technology that utilizes steam to produce cooling. It works by expanding steam through a nozzle to create a high-velocity jet. This jet entrains and cools a secondary fluid, which is then condensed to remove heat and provide refrigeration. Also Read:

Vapour absorption refrigeration system working, components, definition

The Vapour Absorption Refrigeration System (VARS) is a refrigeration technology that uses thermal energy instead of mechanical energy to provide cooling. It operates on the principle of absorption and desorption of a refrigerant–absorbent mixture. Unlike a vapour compression system, which uses a compressor driven by electricity, a VARS uses heat energy (from steam, waste heat,

Domestic electrolux refrigeration system – Working, Components

What is Domestic Electrolux refrigeration system The Domestic Electrolux refrigeration system is a type of absorption refrigeration system used in domestic refrigerators and freezers. This system uses the principle of absorption to provide cooling, where ammonia is used as the refrigerant and water are used as the absorbent. Also read: Rankine Cycle: Definition, PV Diagram,

Working of Lithium bromide absorption refrigeration system

Lithium bromide absorption refrigeration system In a water–lithium bromide absorption refrigeration system, water is the refrigerant and lithium bromide (LiBr) is the absorbent. In the absorber, LiBr absorbs water vapor from the evaporator, forming a LiBr–water solution. This process releases heat and maintains low pressure for continuous cooling. Introduction: This system is typically used in

Multi objective optimization? Definition, Examples

What is Multi objective optimization? Multi objective optimization is a mathematical optimization method used to find solutions to problems that involve multiple, often conflicting, objectives. Unlike single-objective optimization problems, where the goal is to minimize or maximize a single objective function, multiobjective optimization problems have multiple objective functions that must be optimized simultaneously. Multi objective

What is Kendalls notation? and its symbols

What is Kendalls notation? Kendalls notation is a notation system used to describe the characteristics of queuing systems, which are systems that involve waiting in a queue for service, The notation system was first introduced by David George Kendall in 1953 and is widely used in the field of operations research and queueing theory. Also

MPSO technique?

Let’s understand what is MPSO technique in Operation Research? MPSO, which stands for “multi-objective particle swarm optimization,” is a metaheuristic optimization algorithm that is used to find multiple optimal solutions to a multi-objective optimization problem. Multi-objective optimization problems involve finding a set of solutions that are optimal with respect to multiple conflicting objectives. The basic

Difference between bounded and unbounded solution?

Difference between bounded and unbounded solution space?  Degeneracy occurs when the basic feasible solution of the linear program contains one or more zero variables, which means that they do not participate in the solution. In other words, the problem has more variables than necessary to define a basic feasible solution. This can lead to additional

8 Difference between primal and dual LPP?

What are the Difference between primal and dual LPP? Difference between Primal and dual LPP is, they are two related optimization problems that are used to solve a wide range of problems in operations research, economics, and engineering. DIFFERENCE BETWEEN PRIMAL AND DUAL LPP TABLE:- Aspect Primal LPP Dual LPP Objective Function Minimize or Maximize