Browsing by Author "Tarighaleslami, Amir Hossein"
Now showing items 1-5 of 10
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Assisted heat transfer and shaft work targets for increased total site heat integration
(AIDIC, 2016)Total Site Heat Integration (TSHI) provides a valuable framework for practical integration of multiple energy users. Previous studies have introduced the idea of utilising process heat recovery pockets to assist TSHI. ... -
A comparison of utility heat exchanger network synthesis for total site heat integration methods
(AIDIC (Italian Association of Chemical Engineering), 2017)This paper compares Utility Heat Exchanger Network (UEN) design between two Total Site Heat Integration (TSHI) methods, the Conventional Total Site Targeting method (CTST) and the recently developed Unified Total Site ... -
Heat transfer enhancement for site level indirect heat recovery systems using nanofluids as the intermediate fluid
(Elsevier, 2016)In this paper, implementation of nanofluids as a Heat Transfer Enhancement technique in Process Integration has been studied. A step by step flowchart is introduced and as a case study the effect of replacing water with ... -
Heat Transfer Enhancement in Heat Recovery Loops Using Nanofluids as the Intermediate Fluid
(AIDIC, 2015-08-27)In this paper, the effect of replacing water with various nanofluids as the heat transfer media in an industrial Heat Recovery Loop (HRL) have been modelled. Generally, nanofluids are prepared by distributing a nanoparticle ... -
Impact of hybrid heat transfer enhancement techniques in shell and tube heat exchanger design
(AIDIC, 2016)Despite the advantages of shell and tube heat exchangers, one of their major problems is low thermal efficiency. This problem can be improved by using heat transfer enhancement techniques such as adding nanoparticles to ...
Co-authors for Amir Hossein Tarighaleslami
Supervised by Amir Hossein Tarighaleslami
Showing up to 5 theses - most recently added to Research Commons first.
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Investigation of the heat transfer enhancement effects of nanofluids in process heating and cooling
(The University of Waikato, 2022)The global energy system faces a dual challenge; the need for more energy and less carbon emission. Out of the 50 billion tonnes of greenhouse gases emitted each year, 24.2 % comes from energy use in industries such as ... -
An integrated site and device selection methodology for the ocean wave energy sector
(The University of Waikato, 2021)The ocean covers approximately 70 % of the earth’s surface and contains an immense source of renewable energy, in terms of ocean waves. However, this resource is unevenly distributed throughout the world, and so, therefore, ...
