7.- MECHANICS

Mechanics is the scientific discipline that studies the physical phenomena that affect the elements of nature. Although it is called mechanics, it actually includes both classical and quantum mechanics, which are two of the fundamental pillars of modern physics.

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Classical mechanics deals with the study of the rigid body as well as systems of a finite or infinite number (continuous medium) of degrees of freedom, while quantum mechanics studies systems of small scale or little energy.

As in any experimental science, every mechanical study of a body involves an analysis process, from a physical and mathematical perspective, and experimentation. But, unlike other scientific disciplines, in mechanics it is not so complex to study the theoretical behavior interpreted in a real system.

Thanks to contributions of many scientists, such as Newton, Lagrange, Hamilton or Schrödinger, some fundamental laws or principles of mechanics can be established:

  • Newton's laws.
  • Principle of conservation of momentum.
  • Principle of conservation of energy.
  • Principle of conservation of angular momentum (or kinetic) and fundamental equation of rotational dynamics.

Given the extension of its field of study, it is convenient to mention the most representative fields:

  • Engineering.
  • Statics.
  • Dynamics.
  • Fluid mechanics.
  • Thermodynamics and heat transfer.
  • Science, elasticity and strength of materials.
  • Numerical analysis (finite element method).

Due to the constant evolution of the industry, the branches of mechanical engineering, automotive and automobile engineering, calculation of structures, development of machinery, as well as their installation and maintenance,are the most developed today.

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MECHANICS SUBCATEGORIES

7.1.- MECHANICAL ENGINEERING

Mechanical engineering is the application of physics to the elements that surround us to improve existing mechanical devices or create new ones. Since it is based on physical principles, its origin goes back to the origin of those principles and its development is closely linked to the advances...
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7.2.- AUTOMOTIVE MECHANICAL ENGINEERING

The automotive industry is one of the main applications of current mechanical engineering. The vehicle with gasoline internal combustion engine is considered the greatest invention of the 20th century, although the first prototypes were already made at the end of the 18th century. The first...
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7.3.- MATERIALS ENGINEERING

Materials engineering is the scientific and industrial branch responsible for making an industrial interpretation of materials science. Anthropologically, the different stages of human development have been classified according to the materials used in the manufacture of tools (Stone Age, Bronze...
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7.4.- INSTALLATIONS AND MAINTENANCE

The needs of today's society are a challenge for any industry, since they have to be in continuous evolution and renewal to adapt to those needs.In recent years, as a result of the new industrial revolution or "Industry 4.0", the emergence of the "Industrial Internet of Things" ("IIoT") and the...
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7.1.- MECHANICAL ENGINEERING 7.2.- AUTOMOTIVE MECHANICAL ENGINEERING 7.3.- MATERIALS ENGINEERING 7.4.- INSTALLATIONS AND MAINTENANCE

MECHANICS EQUIPMENT

1.- PHYSICS 2.- ELECTRONICS 3.- COMMUNICATIONS 4.- ELECTRICITY 5.- ENERGY 6.- MECHATRONICS & AUTOMATION 7.- MECHANICS 8.- FLUID MECHANICS 9.- THERMODYNAMICS & THERMOTECHNICS 10.- PROCESS CONTROL 11.- CHEMICAL ENGINEERING 12.- FOOD & WATER TECHNOLOGIES 13.- ENVIRONMENT 14.- BIOMEDICAL ENGINEERING LABORATORY ACCESSORIES CUSTOMIZED PILOT PLANTS
7.1.- MECHANICAL ENGINEERING 7.2.- AUTOMOTIVE MECHANICAL ENGINEERING 7.3.- MATERIALS ENGINEERING 7.4.- INSTALLATIONS AND MAINTENANCE
7.1.1.- MECHANICS FUNDAMENTALS KITS 7.1.2.- SIMPLE MACHINES 7.1.3.- STATICS AND DYNAMICS 7.1.4.- VIBRATIONS AND OSCILLATIONS 7.1.5.- TRIBOLOGY (FRICTION, WEAR, LUBRICATION) 7.1.6.- STRUCTURAL MECHANICS 7.2.1.- BRAKES AND CLUTCHES 7.2.2.- GEARS, DIFFERENTIALS AND TRANSMISSIONS 7.2.3.- ENGINES 7.3.1.- PHOTOELASTICITY AND STRAIN MEASUREMENT 7.3.2.- MATERIALS TESTING 7.3.3.- MANUFACTURING AND TREATMENT TECHNIQUES 7.4.1.- CUTAWAY MODELS 7.4.2.- DETACHABLE MODELS 7.4.3.- INSTALLATIONS AND MAINTENANCE TRAINING
7.1.2.1.- MECHANISMS 7.1.2.2.- GEARS 7.3.2.1.- MECHANICAL TEST 7.3.2.2.- THERMAL AND ACOUSTIC TESTS 7.3.3.1.- CASTING
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COMPUTER CONTROLLED TEST BENCH FOR 75 KW ENGINES - TBMC75
  • TBMC75
Available
7.2.3.- ENGINES

TBMC75

Computer Controlled Test Bench for 75 kW Engines

The Computer Controlled Test Bench for Four Cylinders Engines, 75 kW, "TBMC75", designed by EDIBON, is a teaching unit to test internal combustion engines of up to 75 kW.The element of the unit that offers load torque is an eddy current...
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COMPREHENSIVE DIESEL ENGINE TEST AND DIAGNOSTIC BENCH - TBM/D
  • TBM/D
Available
9.9.- INTERNAL COMBUSTION ENGINES

TBM/D

Comprehensive Diesel Engine Test and Diagnostic Bench

The Comprehensive Diesel Test and Diagnostic Bench for Internal Combustion Engines, "TBM/D", is an advanced unit designed by EDIBON to conduct exhaustive tests and precise diagnostics on diesel engines. Ideal for engineers and technicians, this...
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COMPUTER CONTROLLED EXHAUST GAS CALORIMETER - TBMC-CG
  • TBMC-CG
Available
7.2.3.- ENGINES

TBMC-CG

Computer Controlled Exhaust Gas Calorimeter

The Computer Controlled Exhaust Gas Calorimeter, "TBMC-CG", is mounted on a laminated aluminium profiles frame and panels in painted steel.The main element consists on a double-wall tank made in stainless steel. Through the tank interior the...
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EXHAUST GAS ANALYZER - TBMC-AGE
  • TBMC-AGE
Available
7.2.3.- ENGINES

TBMC-AGE

Exhaust Gas Analyzer

Measurement of the volumetric concentrations according to the procedure of nondispersiva infrared absorption.Engines selection: gasoline, butane, propane, 2/4 times, 1/2/3/4/5/6/8/12 cylinders.Fast warm-up of the measure cell.Auto-check...
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COMPUTER CONTROLLED PHOTOELASTICITY UNIT - EFOC
  • EFOC
Available
7.3.1.- PHOTOELASTICITY AND STRAIN MEASUREMENT

EFOC

Computer Controlled Photoelasticity Unit

Unit for photoelasticity practices, illustrating the subjects of the photoelasticity theory, the elasticity theory, strength of materials, and structure theory.It is very suitable for the introduction and study of photoelasticity: optical...
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PHOTOELASTICITY UNIT - EFO
  • EFO
Available
7.3.1.- PHOTOELASTICITY AND STRAIN MEASUREMENT

EFO

Photoelasticity Unit

Unit for photoelasticity practices, illustrating the subjects of the Photoelasticity theory, the Elasticity theory, Strength of Materials, and Structure theory.It is very suitable for the introduction and study of photoelasticity: optical...
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STRAIN GAUGE TRAINING UNIT - MEGE
  • MEGE
Available
7.3.1.- PHOTOELASTICITY AND STRAIN MEASUREMENT

MEGE

Strain Gauge Training Unit

The Strain Gauge Training Unit, "MEGE", provides an introduction to the fundamentals of measurement with strain gauges, to compare how resistance strain gauges work and how they measure strains in different structures (torsion, tension and bending...
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UNIT FOR DETERMINING THE GAUGE FACTOR OF STRAIN GAUGES - MFGE
  • MFGE
Available
7.3.1.- PHOTOELASTICITY AND STRAIN MEASUREMENT

MFGE

Unit for Determining the Gauge Factor of Strain Gauges

The Unit for Determining the Gauge Factor of Strain Gauges, "MFGE", designed by EDIBON, allows to determine the k factor of strain gauges.The bar rests on two supports with ball bearings, so that it is possible to work with a load under pure...
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