DK Ashish

[DK Ashish @DrDeepankar_]

📄 New publication in Materials Today Communications!
Optimal calcination (750–850 °C) significantly improved pozzolanic reactivity and hydration of low- and moderate-kaolinite clays for low-carbon cement systems.
🔗 https://t.co/35Zc5AgtDY

[Deepankar Kumar Ashish @dkashish_]

Title: Durability studies on conventional concrete and slag-based geopolymer concrete in aggressive sulphate environment

🔗https://t.co/ipVcvrR4t8

🧱🌱Explore the durability of conventional concrete vs. slag-based geopolymer concrete in aggressive sulphate environments.

[Deepankar Kumar Ashish @dkashish_]

Just published my latest research article:
📖 Mechanical and Microstructural Properties of Fly Ash-Based Engineered Geopolymer Mortar Incorporating Waste Marble Powder
📰Journal: Energy, Ecology and Environment
🔗https://t.co/PIJtHXfdQS
🌍🔬 #Research #Science #AcademicLife

[Deepankar Kumar Ashish @dkashish_]

A worthy application to improve the properties of recycled aggregate concrete using the Bio-deposition treatment technique!
If you are interested in free access to the article before March 10, 2023, please follow the below link. https://t.co/kbT7N7MVJj

[Deepankar Kumar Ashish @dkashish_]

A small step towards an equitable world by introducing a worthy use of waste foundry sand!
If you are interested in free access to the article before 18 May 2023, please follow the below.
https://t.co/9j36ka20ye
@PSEPJournal #WasteFoundrySand #FoundrySand #SelfCompactingConcrete

[Himanshu Sharma @himansh1027]

Excited to announce our new research article on "Waste foundry sand in self-compacting concrete – Transitioning industrial symbiosis" in the Process Safety and Environmental Protection journal of Elsevier.
https://t.co/KFg7YWeKY0

[Deepankar Kumar Ashish @dkashish_]

An interesting study to accommodate waste foundry sand in concrete, an endeavour to escalate industrial symbiosis.
@PSEPJournal @Elsevier_Eng @ELSenviron @ElsevierChemEng @himansh1027 #WasteFoundrySand #FoundrySand #SelfCompactingConcrete #CircularEconomy
https://t.co/nfQXWli0ZY

[Kunal Singh @kunal7biz]

My recent work aims to investigate the stiffness properties of discretely jammed laminar structures that may be a stepping stone for energy efficient stiffness controlled soft robots.
Link for free access to the article (before 12th April, 2023):
https://t.co/rrSljNAmsY

[Kunal Singh @kunal7biz]

Dear all,
My recent work is an attempt to investigate the effect of shore hardness of silicone on bending behavior of soft actuators through simulations.
Link for free access to the article (before 8th April, 2023):

https://t.co/TrxnVV4LFc

[Deepankar Kumar Ashish @dkashish_]

A notable step to improve the properties of recycled aggregate concrete using Bio-decomposition treatment technique!
@Elsevier_Eng @ElsevierConnect @ElsevierNews @sciencedirect #Biodecomposition #RecycledAggregateConcrete
https://t.co/L3NlW2WoMR

[Himanshu Sharma @himansh1027]

Glad to share our recent research article on "Effect of various bio-deposition treatment techniques on recycled aggregate and recycled aggregate concrete" published in the Journal of Building Engineering (JOBE) by @Elsevier.

https://t.co/NVvOQpzcrt

[Kunal Singh @kunal7biz]

Dear all, I am pleased to share my recent review article "Controlled actuation, adhesion, and stiffness in soft robots: A review" published in the "Journal of Intelligent & Robotic Systems".
https://t.co/tVlWQRfj7T

[Deepankar Kumar Ashish @dkashish_]

A review on sustainable aggregates in the making of lightweight self-compacting concrete to reduce carbon footprint!
#LightweightConcrete #LightweightAggregates #SelfCompactingConcrete #carbonfootprint
@RCRjournal @MingXuUMich @sumankumar_93 @himansh1027
https://t.co/76YNbizgqJ

[Deepankar Kumar Ashish @dkashish_]

An interesting study on low-carbon construction with agricultural biomass ashes!
https://t.co/xbNPSAsZGY
#biomass #Ashes #agriculturalwaste #Concrete
@STOTEN_journal @ElsevierChemEng @ELSenviron
@ElsevierConnect @Damia_Barcelo @EnvSciHealth @env_int_journal @ElenaPaoletti63

[Deepankar Kumar Ashish @dkashish_]

An interesting study on low-carbon construction with agricultural biomass ashes!
https://t.co/SQQfDlQBax
#biomass #Ashes #agriculturalwaste #Concrete
@STOTEN_journal @ElsevierChemEng @ELSenviron @ElsevierConnect @Damia_Barcelo @EnvSciHealth @env_int_journal @ElenaPaoletti63

[Deepankar Kumar Ashish @dkashish_]

An interesting study of sustainable lignocellulosic biomass for removal of inorganic pollutants from wastewater! https://t.co/FH6Y4TjsPh

@ElsevierNews @STOTEN_journal @ElsevierChemEng @ELSenviron @ElsevierConnect @Damia_Barcelo @EnvSciHealth @env_int_journal @ElenaPaoletti63

[Deepankar Kumar Ashish @dkashish_]

An interesting study of sustainable lignocellulosic biomass for removal of inorganic pollutants from wastewater! 
Check our new research article published in the Science of the Total Environment (STOTEN).

Ashish Guleria @Garima …https://t.co/RI0yOh7v9z https://t.co/nmoPkwOJYn

[Deepankar Kumar Ashish @dkashish_]

Dear LinkedIn Colleagues,

You can access our review article entitled "Removal of inorganic toxic contaminants from wastewater using sustainable biomass: A review" published by the Science of the Total Environment (STOTEN) from the…https://t.co/gOlw8Pu4su https://t.co/zi3PJ7MAiO

[Deepankar Kumar Ashish @dkashish_]

Worthy application of non-biodegradable expanded polystyrene in the construction industry!
https://t.co/2gMOBTGbc7
#energy #Sustainable #sustainabledevelopment #building #Materials #circulareconomy #waste #wastemanagement #lightweight #concrete #EPS #constructionindustry

[Deepankar Kumar Ashish @dkashish_]

Worthy application of non-biodegradable expanded polystyrene in the construction industry!
https://t.co/EMrrKobucn
@STOTEN_journal @ElsevierChemEng @ELSenviron @Essevier @ElsevierConnect @Damia_Barcelo @EnvSciHealth @env_int_journal @ElenaPaoletti63