Study of reverberation time for different mosque structure

Study of reverberation time for different mosque structure

This final year project is to study the reverberation time for mosques with different type of materials used for its construction.

保存先:

書誌詳細
第一著者:	Mohd Hairul Mohd Yusoff (著者)
フォーマット:	電子媒体ソフトウェアデータベース
言語:	English
主題:	Mechatronics Engineering.
タグ:	タグ追加タグなし, このレコードへの初めてのタグを付けませんか!

類似資料

Study of reverberation time for the structure type of mosque

Data analysis of noise at different school environments
著者:: Mohd Syahmi Mohd Khalil

Data analysis of noise at different school environments
著者:: Mohd Erfy Ismail

Neural network identification of vibrating structure
著者:: Mohd Izzat Hishamuddin

Dynamic behavior of a planar flexible slider crank mechanism with difference length
著者:: Nurain Alias

Study of material stress concentration
著者:: Thirumurugan, Jayapalan

Detecting structural steel damage using non destructive testing
著者:: Muhammad Zairi Hasni

Measurement of drag force on different robots at varying air speeds
著者:: Mohammad Firdaus Ahmad

Design and fabrication of a multi- fluid heat exchanger
著者:: Mohd Zaim Mohd Zukeri

Design and analysis of a cross flow heat exchanger
著者:: Mohd Fairus Mohd Hassim

A study maximum inhaler parameters and characteristic between normal and respiratory problem related patient
著者:: Ahmad Shahrir Hassan

Stress analysis of the connecting rod in the two-stroke combustion engine
著者:: Mohd Syathibi Helmi Mohd Suhaimi

A study of EMG signal during one arm weight-lifting
著者:: Mohd Amir Abdul Rahman

Performance of gas turbine cycles for combined cycle power plant
著者:: Mohd Khusairy Khadzir

Design a walking beam pick and place mechanism
著者:: Mohd Hakimie Leman

Designing a mini model of wind turbine blade base on horizontal axis wind turbine model
著者:: Mohd Izzat Ibrahim

Stress corrosion cracking behavior of austenitic stainless steel in 3.5% NaCl solution
著者:: Mohd Firdaus Jaafar

The size effect on fatigue strength of mild steel
著者:: Mohd Hafiz Zolkhiflee

Experimental analysis of splitting tensile test for brittle material
著者:: Mohd Shahimie Bahari

Design a reverted compound gear train
著者:: Azri Mohd Razak

Design of notebook cooling pad
著者:: Mohd Fakhrurazi Jamaludin

Characterisation of stress corrodes specimens
著者:: Azmie Mohd Ariffin

Designing a mini model of wind turbine blades based on vertical axis wind turbine model
著者:: Mohd Faizal Ismail

Damage detection of PVC (Poly Vinyl Chloride) and ABS (Acrylonitrilebutadiene-Strryrene) pipe using non destructive vibration testing
著者:: Mohd Haris Md Mahiyuddin

Virtual design of sit to stand exercise equipment
著者:: Mohd Hafiz Abd Halim

Flow analysis for powered inhaler accessory device
著者:: Mohd Salleh Abdul Rahim

Characterization of the stent-grafts performance in abdominal aortic aneurysms
著者:: Mohd Noor Nassriq Safie

Design of mechanical power transmission system of a small wind turbine for water pumping
著者:: Mohd Azlan Ahmad Shaari

The effect of strain rate of steel material
著者:: Ahmad Firdaus Mohd Sabri

Design a biofidelic dummy neck for crashworthiness application
著者:: Mohd Fidzwan Md Amin Hamzas

Myoelectric signal based lower arm prosthesis (fabrication and microcontroller programming)
著者:: Safuan Mohd

Design and development of a six-leg robot
著者:: Low, William Wee Leong

Development blind spot detector of automobile
著者:: Zulfadli Azri Asmadi

Overset grid code development for solving heat equation
著者:: Noor Muazam Nordin

Designing And Simulation Of Wind Turbine Blades Based On Horizontal Axis Wind Turbine Model
著者:: Charon Rong

Heating and cooling analysis of living room
著者:: Ong, Beng Fung

Prototype development of micro hydropower house: testing
著者:: Muhammad Izzat Abdul Rahman

Development of human neck numerical model for crashworthiness assessment
著者:: Azizan Fahmi Mohamad

Measurement of the temperature variation along the length of a triple concentric tube heat exchanger
著者:: Praveen, Balakrishnan

Condition monitoring on bearing faults of electric motor - based on sound signal
著者:: Rohayu Mohammad Abdul Wahab