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Javad Darvishi

PhD Research Fellow

PhD Student

 
Office:
H4057 ( Jon Lilletuns vei 9, Grimstad )
Office hours:
09-15

Master’s degree in Sustainable Architecture from Norwegian University of Science and Technology (NTNU), bachelor’s degree as engineer in building physics and construction from Western Norway University of Applied Sciences (HVL) and BREEAM NOR certificate as Accredited Professional.

I am currently working on PhD research project which is about CLT (Cross Laminated Timber) and impact of the wood surfaces on indoor environment and human health / comfort.

Research interests

My research interests are thermal analysis and impact of hygroscopic properties of materials such as wooden materials on heating demand. I have experience in different thermal analysis programs, moisture risk analysis / assessment and mould growth evaluation of building materials and mapping of hazardous materials and environmental awareness in building process and management.

Work experience

2018 –2021

Norwegian Institute of Wood Technology, Advisor

Advisor, consultancy, quality assurance and researcher specialist in building physics, moisture analysis and indoor environment

 

2017-2018

Sweco AS, consultant

Energy calculations with SIMIEN and WUFI 2D and Plus as simulation tools

HSE and on-site risk assessment regarding exposure to asbestos and sampling

 

 2014-2016

BA8 AS, consultant

Design, consultancy, quality assurance and specialist in building physics

BREEAM Accreditor and survey of environmental hazardous materials

 

2010-2012

Multiconsult AS, consultant

Civil Engineer and 3D modeling of offshore and onshore oil/gas platform

Academic interests

Building Physics

BREEAM NOR - Building Research Establishment Environmental Assessment Method

Energy calculations of buildings

Thermal and moisture analysis

Sustainable design and architecture 

Environment advisor of building

Projects

KL-Tre Smart (2018-2022): This project will investigate how the hygrothermal properties of wood influences the heat transfer through wooden walls. We will in laboratory conditions investigate the amount of heat passing through CLT (Crossed Laminated Timber) elements when it is exposed to realistic climatic conditions on both sides of the wall. The methodology for measuring U value of the walls has been used in an office building constructed of CLT elements without insulation or cladding. During these measurements, plate sensors were used to measure heat flux (W/m²) and temperature sensors were used to measure the temperature differences across the wall. This is a measuring method where the measurement uncertainties during field conditions are not well documented.

 

Build In Wood (2019-2023): 

Build-in-Wood is a European funded Horizon 2020 project with the goal of drastically increasing the proportion of timber construction. With the urban population steadily growing and climate change becoming a pressing topic, our challenge is to offer high-quality, affordable and environmentally friendly housing. Green Building is the future: Timber is such an attractive material because it has a low carbon footprint, uses little energy and water and is 100% renewable from sustainably managed forests.

My research area is to find a optimal use of nature-based insulation in prefabricated wall systems, such as stud-wall and CLT insulated wall systems. 

Selected publications

World Conference Timber Engineering: WCTE2020

DRYING OF HORIZONTAL TIMBER ROOF ELEMENTS AFTER WATER DAMAGE

 

Last changed: 29.03.2021 13:03