This work highlights the design process to build a MBD (Multi-Body Dynamics) model with flexible parts for a RCV (Research Concept Vehicle). Full vehicle dynamic simulations of the RCV model with flexible parts were performed for different load cases and the results were compared with that of a MBD model with rigid body components. In addition, FE modelling of the RCV body parts, selection of attachment nodes, generation and verification of Modal Neutral Files (MNFs) are discussed. RCV is a concept vehicle developed at KTH Royal Institute of technology as a research platform to implement, validate and demonstrate results of various research projects. The vehicle consists of body, suspension and tire subsystems which were designed and develo...
Rapporten beskriver den metod som använts för att utveckla det dynamiska beteendet hos en förenklad...
The study of vehicle dynamics has been widely improved by the use of numerical simulation, in parti...
The research presented in this licentiate thesis has been carried out at the advanced body engineeri...
This work highlights the design process to build a MBD (Multi-Body Dynamics) model with flexible par...
The main aim of this master thesis is to improve the performance of the Research Concept Vehicle (RC...
Simulations are a powerful tool used to reduce development time and cost in the vehicle industry. Ho...
The purpose of this thesis was to investigate the area of model complexity and see what precaution...
This work describes the use of Multi-Body Simulation (MBS) to create a virtual prototype of a geared...
The thesis consists of building vehicle models for lateral dynamics that provide accurate results, w...
För att den svenska skogsindustrin ska kunna behålla och stärka sin konkurrenskraft behöver produkti...
This thesis aims to explore if multibody simulations is a suitable method to investigate vibrations ...
Modelling and simulation of complex and multi-domain mechanical systems has become of major importan...
The aim of the thesis is to highlight the effects of bodies flexibility concerning the Running Dynam...
Designing a successful car today cannot be done by focusing on one specific area. It is a complex pr...
This paper deals with the integration of a vehicle body concept modeling methodology, based on reduc...
Rapporten beskriver den metod som använts för att utveckla det dynamiska beteendet hos en förenklad...
The study of vehicle dynamics has been widely improved by the use of numerical simulation, in parti...
The research presented in this licentiate thesis has been carried out at the advanced body engineeri...
This work highlights the design process to build a MBD (Multi-Body Dynamics) model with flexible par...
The main aim of this master thesis is to improve the performance of the Research Concept Vehicle (RC...
Simulations are a powerful tool used to reduce development time and cost in the vehicle industry. Ho...
The purpose of this thesis was to investigate the area of model complexity and see what precaution...
This work describes the use of Multi-Body Simulation (MBS) to create a virtual prototype of a geared...
The thesis consists of building vehicle models for lateral dynamics that provide accurate results, w...
För att den svenska skogsindustrin ska kunna behålla och stärka sin konkurrenskraft behöver produkti...
This thesis aims to explore if multibody simulations is a suitable method to investigate vibrations ...
Modelling and simulation of complex and multi-domain mechanical systems has become of major importan...
The aim of the thesis is to highlight the effects of bodies flexibility concerning the Running Dynam...
Designing a successful car today cannot be done by focusing on one specific area. It is a complex pr...
This paper deals with the integration of a vehicle body concept modeling methodology, based on reduc...
Rapporten beskriver den metod som använts för att utveckla det dynamiska beteendet hos en förenklad...
The study of vehicle dynamics has been widely improved by the use of numerical simulation, in parti...
The research presented in this licentiate thesis has been carried out at the advanced body engineeri...