Project
Model 1
1) Signal builder:-This block is used to assign the required signals.
2)solver configuration:-This block is used to specify solver parameter that model needs.
3)Goto:- this block is used to make simple model from complicated model.
4)Mechanical rotational reference:- this block is used to provide ground.
5)generic engine:-Represents a system-level model of spark-ignition and diesel engines.
6)Ideal rotational motion sensor:-This block is used to converts am across variable measured between two Mechanical rotational nodes into a control signa proposrtional to angular velacity or angle.
7)PMC_port:-this block is physical modeling connection port for subsystem.
8)PS-simulink converter:-This block is used to convert physical signal to simulink signal.
9)PS Terminator:-This block is used to terminate physical signal outputs.
10)Inertia:-This block represents an ideal Mechanical rotational inertia.
11)Inport:-this block provides an input port for a subsystem or model.
12)variable ratio transmission:-this block represents a variable ratio gearbox.
13)Simple gear:-this block represents a fixed-ratio gear.
14)From:-this block is used to make model simple from complicated.
15)Double-shoe brake:-This block represents a brake arrangement.
16)Tire:-this block represents the longitudinal behaviour OFA ahighway tire characterized by the magic formula.
17)vehicle body:-this block is used to manage body mass,weight distribution etc.
18)PS constant:-This block is used to create a physical signal constant.
19)Output:-this block is used to provide output port for subsystem.
20)Integrator:-this block is used to integrat
21)Scope:-this block is used to display the result.
Model 2
1)Coustom gauge:- this block is used to display an input value.
2)Knob:-This block is used to set a value to tune parameters or variables.
3)constant:-This block is used to input constant terms.
4)Goto:-This block is used to make simple model from complicated model.
5)solver configuration:-This block is used to specify solver parameter that model needs.
6)Generic engine:-This block represents a system-level model of spark-ignition and diesel engines.
7)Mechanical rotational reference:-This block represents a Mechanical rotational reference.
8)Signal builder:-This block is used to assign the required signals.
9)PMC_port:- this port is used for subsystem.
10)Ideal rotational motion sensor:-This block is used to convert an across variable measured between two Mechanical rotational nodes into a control signal proportional to angular velocity or angle.
11)Mechanical rotational reference:-this block is used to provide ground.
12)PS-simulink converter:-This block is used to convert physical signal to simulink output signal.
13)PS terminator:-This block is used to terminate physical signal outputs.
14)PS constant:-This block creates a physical signal constant.
15)Inertia:-This block represents an ideal Mechanical rotational inertia
16)Inport:-This block provides input port for subsystem.
17)Variable ratio transmission:-This block represents a variable ratio gearbox.
18)Goto:-This block is used to make simple model from complicated model.
19)simple gear:-This block represents a fixed-ratio gear.
20)from:-This block is used to make simple model from complicated.
21)Double-shoe Brake:-This block represents a brake arrangement.
22)Tire:-This block represents the longitudinal behaviour of a highway tire characterized by the magic formula.
23)simulink PS converter:- this block is used to convert simulink input signal to physical signal.
24)vehicle body:- this block is used to manage body mass,weight distribution etc
25)integrator:- this block is used for continuous-time integration of the input signal.
26)outport:-This block provide output port for subsystem.
27)Scope:- this block is used to display the result.
Model 3
1)Signal builder:-This block is used to assign the required signals.
2)Goto:-This block is used to make simple model from complicated model
3)solver configuration:-This block is used to specify solver parameter that model needs.
4)mechanical rotational reference:- this block is used to provide ground.
5)generic engine:-Represents a system-level model of spark-ignition and diesel engines.
6)PMC_Port:-this block is physical modeling connection port of subsystem.
7)Ideal rotational motion sensor:-This block is used to convert an across variable measured between two Mechanical rotational nodes into a control signal proportional to angular velocity or angel.
8)PS-Simulink converter:-This block is used for converting input physical signal to output signal.
9)PS terminator:-This block is used to terminate physical signal outputs.
10)outport:-This block provides an output port for subsystem.
11)Lookup table:-
12)Inertia:-This block represents an ideal Mechanical rotational inertia.
13)Inport:-This block provides input port for subsystem.
14)variable ratio transmission:-this block represents a variable ratio gearbox.
15)simple gear:-This block represents a fixed-ratio gear
16)from:- this block helps in making simple model from complicated one.
17)Scope:- this block is used to display the results. 18)Double-shoe Brake:-This block represents a brake arrangement.
19)Tire:-This block represents the longitudinal behaviour of a highway tire characterized by the magic formula.
20)vehicle body:- this block is used to manage body mass,weight distribution etc .
21)PS constant:-This block creates a physical signal constant
22)integrator:- this block is used for continuous-time integration of the input signal.
model 4
1)Coustom gauge:- this block is used to display an input value.
2)Knob:-This block is used to set a value to tune parameters or variables.
3)constant:-This block is used to input constant terms.
4)Goto:-This block is used to make simple model from complicated model.
5)solver configuration:-This block is used to specify solver parameter that model needs.
6)Generic engine:-This block represents a system-level model of spark-ignition and diesel engines.
7)Mechanical rotational reference:-This block represents a Mechanical rotational reference.
8)Signal builder:-This block is used to assign the required signals.
9)PMC_port:- this port is used for subsystem.
10)Ideal rotational motion sensor:-This block is used to convert an across variable measured between two Mechanical rotational nodes into a control signal proportional to angular velocity or angle.
11)Mechanical rotational reference:-this block is used to provide ground.
12)PS-simulink converter:-This block is used to convert physical signal to simulink output signal.
13)PS terminator:-This block is used to terminate physical signal outputs.
14)PS constant:-This block creates a physical signal constant.
15)Inertia:-This block represents an ideal Mechanical rotational inertia
16)Inport:-This block provides input port for subsystem.
17)Variable ratio transmission:-This block represents a variable ratio gearbox.
18)simple gear:-This block represents a fixed-ratio gear.
19)from:-This block is used to make simple model from complicated.
20)Double-shoe Brake:-This block represents a brake arrangement.
21)Tire:-This block represents the longitudinal behaviour of a highway tire characterized by the magic formula.
22)simulink PS converter:- this block is used to convert simulink input signal to physical signal.
24)vehicle body:- this block is used to manage body mass,weight distribution etc
25)integrator:- this block is used for continuous-time integration of the input signal.
26)outport:-This block provide output port for subsystem.
27)Signal builder:-This block is used to assign the required signals.
28)Scope:- this block is used to display the result.
model 5
1) Signal builder:-This block is used to assign the required signals.
2)solver configuration:-This block is used to specify solver parameter that model needs.
3)Goto:- this block is used to make simple model from complicated model.
4)Mechanical rotational reference:- this block is used to provide ground.
5)generic engine:-Represents a system-level model of spark-ignition and diesel engines.
6)Ideal rotational motion sensor:-This block is used to converts am across variable measured between two Mechanical rotational nodes into a control signa proposrtional to angular velacity or angle.
6)PMC_port:-this block is physical modeling connection port for subsystem.
7)PS-simulink converter:-This block is used to convert physical signal to simulink signal.
8)PS Terminator:-This block is used to terminate physical signal outputs.
9)Inertia:-This block represents an ideal Mechanical rotational inertia.
10)Inport:-this block provides an input port for a subsystem or model.
11)variable ratio transmission:-this block represents a variable ratio gearbox.
12)Simple gear:-this block represents a fixed-ratio gear.
13)From:-this block is used to make model simple from complicated.
14)Double-shoe brake:-This block represents a brake arrangement.
15)Tire:-this block represents the longitudinal behaviour of a highway tire characterized by the magic formula.
16)vehicle body:-this block is used to manage body mass,weight distribution etc.
17)PS constant:-This block is used to create a physical signal constant.
18)Output:-this block is used to provide output port for subsystem.
19)Integrator:-this block is used to integrate.
20)To workspace:-this block is used to write specific timeseries, array or structure in workspace.
21)Scope:-this block is used to display the result.
Model 6
1) Step:-This block is to output a step.
2)solver configuration:-This block is used to specify solver parameter that model needs.
3)Goto:- this block is used to make simple model from complicated model.
4)Mechanical rotational reference:- this block is used to provide ground.
5)generic engine:-Represents a system-level model of spark-ignition and diesel engines.
6)Ideal rotational motion sensor:-This block is used to converts am across variable measured between two Mechanical rotational nodes into a control signa proposrtional to angular velacity or angle.
6)PMC_port:-this block is physical modeling connection port for subsystem.
7)PS-simulink converter:-This block is used to convert physical signal to simulink signal.
8)PS Terminator:-This block is used to terminate physical signal outputs.
9)Inertia:-This block represents an ideal Mechanical rotational inertia.
10)Inport:-this block provides an input port for a subsystem or model.
11)variable ratio transmission:-this block represents a variable ratio gearbox.
12)Simple gear:-this block represents a fixed-ratio gear.
13)From:-this block is used to make model simple from complicated.
14)Double-shoe brake:-This block represents a brake arrangement.
15)Tire:-this block represents the longitudinal behaviour OFA ahighway tire characterized by the magic formula.
16)vehicle body:-this block is used to manage body mass,weight distribution etc.
17)PS constant:-This block is used to create a physical signal constant.
18)Output:-this block is used to provide output port for subsystem.
19)Integrator:-this block is used to integrat
20)Scope:-this block is used to display the result.