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Register a new userThe design of a research and educational tool to studythe response of a vehicle suspension system using Matlab/Simulink
تصميم أداة بحثية وتعليمية لدراسة استجابة نظام التعليق في المركبات باستخدام حزمة برمجيات Matlab/Simulink
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Damascus University ورقة بحثية
Publication date
2021
fields
Informatics Engineering
and research's language is
العربية
Created by
Shamra Editor
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نطور في هذا البحث أداة بحثية وتعليمية لدراسة حساسية استجابة منظومة تعليق المركبة لتأثير تعرجات الطريق كتابع لخصائص وبارامترات مكونات التعليقة. هذه الأداة عبارة عن برنامج يمكن استخدامه لأي نموذج منشأ باستخدام حزمة برمجيات Matlab/Simulink بمكتباته المختلفة. يمكن إدخال أنواع مختلفة من النماذج كنماذج المعادلات التفاضلية المعبرة عن النموذج الرياضي أو المخططات الصندوقية او نموذج فضاء الحالة. تمكن هذه الأداة الطالب أيضا من تعريف مكونات التعليقة, والبارامترات التصميمية الأساسية لها, واختيار هذه البارامترات. وتمكن الباحثين والطلبة من اختبار النماذج من حيث الاستجابة والتجاوز الأعظمي لقيمة الدخل والحساسية عند اجراء المحاكاة لظروف العمل المختلفة.
In this research, a research and educational tool for studying the sensitivity of the vehicle's suspension system to the properties and parameters of the suspension’s components is developed. This tool is a program that can study different models created using the Matlab/Simulink software package with its various libraries. Different types of models can be analysed, such as differential equation models expressing a mathematical model, block diagrams, or state space models. The tool also enables students to identify the suspension’s components, and its basic design parameters, and choose these parameters. Researchers and students will be able to test their models in terms of response, overshoot, and sensitivity, when conducting simulations in different working conditions.
References used
ASTM E1926-08; « Standard Practice for Computing International Roughness Index of Roads from Longitudinal Profile Measurements ». American Society for Testing and Materials International. )2015(.
Baggio De Mello M. H., B., Idehara J. S., «Measurement and Analysis of Vehicle Comfort and Road Quality» International Journal of Research in Engineering and Technology
James T. A., Tinghao G., Zhi H., « Co-Design of an Active Suspension Using Simultaneous Dynamic Optimization» Journal of Mechanical Design by ASME Vol136 / 081003-1. (2014)
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