Difference between revisions of "Introduction to VD Simulation"
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| − | [[Category: VD Simulation]] | + | =[[Category: VD Simulation]] |
| + | Simulation and Simulation Environment= | ||
| − | ==Types of Simulators | + | <span class="fontstyle0">Every simulation aims at describing the observed system as accurately as possible in order to be able to model the behavior of the real system. A vehicle or part of a vehicle as well as, if necessary, a part of its environment can be referred to as a system.</span> |
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| + | <span class="fontstyle0"><br />The vehicle models are purely mathematical in nature. Thus running a simulation is equivalent to the running of software. </span> | ||
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| + | Types of Simulators | ||
===Laptime=== | ===Laptime=== | ||
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===Step Sim=== | ===Step Sim=== | ||
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===YMD=== | ===YMD=== | ||
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===GGV generator=== | ===GGV generator=== | ||
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===Load Cases=== | ===Load Cases=== | ||
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==Types of Simulation== | ==Types of Simulation== | ||
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===Steady-State=== | ===Steady-State=== | ||
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===Quasi-Steady-State=== | ===Quasi-Steady-State=== | ||
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===Transient=== | ===Transient=== | ||
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==Vehicle Models== | ==Vehicle Models== | ||
| + | === | ||
| + | {| class="wikitable" | ||
| + | |- | ||
| + | |Model Type | ||
| + | |Degrees of Freedom | ||
| + | |- | ||
| + | |Single track (bicycle) model, linear | ||
| + | |2 | ||
| + | |- | ||
| + | |Single track(bicycle) model, nonlinear | ||
| + | |3-7 | ||
| + | |- | ||
| + | |Twin track model | ||
| + | |14-30 | ||
| + | |- | ||
| + | |Multibody model | ||
| + | |>20 | ||
| + | |- | ||
| + | |Finite Element Model | ||
| + | |>500 | ||
| + | |- | ||
| + | |Hybrid model | ||
| + | |>500 | ||
| + | |} | ||
| + | === | ||
| + | ====== | ||
===Point Mass=== | ===Point Mass=== | ||
{{Main|Point Mass Model}} | {{Main|Point Mass Model}} | ||
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===Bicycle=== | ===Bicycle=== | ||
{{Main|Bicycle Model}} | {{Main|Bicycle Model}} | ||
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===4 Wheel=== | ===4 Wheel=== | ||
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==Commercial Available Software== | ==Commercial Available Software== | ||
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Formula Student Teams Available Software | Formula Student Teams Available Software | ||
Revision as of 06:07, 28 May 2020
=
Simulation and Simulation Environment=
Every simulation aims at describing the observed system as accurately as possible in order to be able to model the behavior of the real system. A vehicle or part of a vehicle as well as, if necessary, a part of its environment can be referred to as a system.
The vehicle models are purely mathematical in nature. Thus running a simulation is equivalent to the running of software.
Types of Simulators
Contents
Laptime
Step Sim
YMD
GGV generator
Load Cases
Types of Simulation
Steady-State
Quasi-Steady-State
Transient
Vehicle Models
=
| Model Type | Degrees of Freedom |
| Single track (bicycle) model, linear | 2 |
| Single track(bicycle) model, nonlinear | 3-7 |
| Twin track model | 14-30 |
| Multibody model | >20 |
| Finite Element Model | >500 |
| Hybrid model | >500 |
=
==
Point Mass
- Main page: Point Mass Model
Bicycle
- Main page: Bicycle Model
4 Wheel
Commercial Available Software
Formula Student Teams Available Software
