Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Basic knowledge about Firing Order The firing order is a sequence of giving spark/firing to the cylinders of multi-cylinder inline engines…
Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Basic knowledge about Firing Order The firing order is a sequence of giving spark/firing to the cylinders of multi-cylinder inline engines…
Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Basic knowledge about Firing Order The firing order is a sequence of giving spark/firing to the cylinders of multi-cylinder inline engines…
Numerical - Multi Cylinder Inline Engine (with firing order)
Numerical - Multi Cylinder Inline Engine (with firing order)
Basic knowledge about Firing Order The firing order is a sequence of giving spark/firing to the cylinders of multi-cylinder inline engines…
Balancing of V-Engines
Balancing of V-Engines
Balancing of V-Engines
V-Engine A V-engine is a two cylinder engine, which has a common crank and the axis of cylinder makes a "V" shape. Since V-engines have a…
Balancing of V-Engines
Balancing of V-Engines
V-Engine A V-engine is a two cylinder engine, which has a common crank and the axis of cylinder makes a "V" shape. Since V-engines have a…
Balancing of V-Engines
Balancing of V-Engines
Balancing of V-Engines
V-Engine A V-engine is a two cylinder engine, which has a common crank and the axis of cylinder makes a "V" shape. Since V-engines have a…
Balancing of V-Engines
Balancing of V-Engines
V-Engine A V-engine is a two cylinder engine, which has a common crank and the axis of cylinder makes a "V" shape. Since V-engines have a…
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
We know that the characteristic equation of the damped free vibration system is, This is a quadratic equation having two roots and ; In…
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
We know that the characteristic equation of the damped free vibration system is, This is a quadratic equation having two roots and ; In…
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
We know that the characteristic equation of the damped free vibration system is, This is a quadratic equation having two roots and ; In…
Over-Damped System (​ξ>1)
Over-Damped System (​ξ>1)
We know that the characteristic equation of the damped free vibration system is, This is a quadratic equation having two roots and ; In…
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic decrement Logarithmic decrement is defined as the natural logarithm of the ratio of successive amplitude on the same side of…
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic decrement Logarithmic decrement is defined as the natural logarithm of the ratio of successive amplitude on the same side of…
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic decrement Logarithmic decrement is defined as the natural logarithm of the ratio of successive amplitude on the same side of…
Logarithmic Decrement (​δ)
Logarithmic Decrement (​δ)
Logarithmic decrement Logarithmic decrement is defined as the natural logarithm of the ratio of successive amplitude on the same side of…
Static and Dynamic Balancing
Static and Dynamic Balancing
Static and Dynamic Balancing
When machine is in working condition different forces are acting on it which may cause machine to vibrate and cause damage to machine parts…
Static and Dynamic Balancing
Static and Dynamic Balancing
When machine is in working condition different forces are acting on it which may cause machine to vibrate and cause damage to machine parts…
Static and Dynamic Balancing
Static and Dynamic Balancing
Static and Dynamic Balancing
When machine is in working condition different forces are acting on it which may cause machine to vibrate and cause damage to machine parts…
Static and Dynamic Balancing
Static and Dynamic Balancing
When machine is in working condition different forces are acting on it which may cause machine to vibrate and cause damage to machine parts…
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Underdamped system If the damping factor is less than one or the damping coefficient is less than critical damping coefficient , then…
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Underdamped system If the damping factor is less than one or the damping coefficient is less than critical damping coefficient , then…
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Underdamped system If the damping factor is less than one or the damping coefficient is less than critical damping coefficient , then…
Under-Damped System (​ξ < 1)
Under-Damped System (​ξ < 1)
Underdamped system If the damping factor is less than one or the damping coefficient is less than critical damping coefficient , then…
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
A mass of 85 kg is supported on a spring which deflects 18 mm under the weight of the mass. The vibrations of the mass are constrained to be…
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
A mass of 85 kg is supported on a spring which deflects 18 mm under the weight of the mass. The vibrations of the mass are constrained to be…
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
A mass of 85 kg is supported on a spring which deflects 18 mm under the weight of the mass. The vibrations of the mass are constrained to be…
Damped free Vibration - Numerical 1
Damped free Vibration - Numerical 1
A mass of 85 kg is supported on a spring which deflects 18 mm under the weight of the mass. The vibrations of the mass are constrained to be…
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically damped system(ξ=1): If the damping factor ξ is equal to one, or the damping coefficient c is equal to critical damping…
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically damped system(ξ=1): If the damping factor ξ is equal to one, or the damping coefficient c is equal to critical damping…
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically damped system(ξ=1): If the damping factor ξ is equal to one, or the damping coefficient c is equal to critical damping…
Critically Damped System (ξ = 1)
Critically Damped System (ξ = 1)
Critically damped system(ξ=1): If the damping factor ξ is equal to one, or the damping coefficient c is equal to critical damping…