Brochure - MatsyaTeknik

Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
MatsyaTeknik
Engineering Solutions
Matsyateknik is a thought of first generation CFD engineer to execute classroom theory
into practical real time application, Matsyateknik is an initiative of becoming a global
company which can provide Engineering solutions to the leading organizations.
Matsya (Fish in Sanskrit) was the first Avatar of Vishnu in Hinduism. The great floods
finds mention in Hindu mythology texts like the Satapatha Brahamana, where in the
Matsya Avatar takes place to save the pious and the first man, Manu and advices him to
build a giant boat. Same like Matsya saved the first man in world Manu, Matsyateknik
will also endeavor in providing the best possible Engineering solution to the world.
Teknik means Technology, using latest available technology Matsyateknik will help
industries to build better safer and superior environment for a newer generation.
Represents ΙΧΘΥΣ (Ichthys) is an acronym for "Ίησοῦς Χριστός, Θεοῦ Υἱός,
Σωτήρ", (Iēsous Christos, Theou Yios, Sōtēr), which translates into English as "Jesus
Christ, God's Son, Savior".
The basic aim of establishing Matsyateknik is to provide Engineering solutions to leading
organizations which can be useful for human beings and hence make their life secure and
protected. The case studies/projects concluded by Matsyateknik till now strictly follow
this principle.
Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)
Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
Computational Fluid Dynamics
Computational Fluid Dynamics or CFD Consulting Services can be
applied to a diverse spectrum of analysis.
Fluid Dynamics is the science of fluid motion which can be explained by Navier-Stokes
equations.
While basically relying on the solution of the Navier-Stokes equations, the applications of
computational fluid dynamics vary widely. At Matsyateknik, we have worked in a CFD
consulting role to solve problems for a range of different applications through CFD
simulation, encompassing many different flow physics, including advanced turbulence
modeling, multiple phase flow, combustion, fire simulation and Evacuation Modeling.
To solve CFD problems, Matsyateknik uses the open source tools OpenFOAM and FDS
from the Open Source family. Each OpenFOAM and FDS simulation solution has its own
advantages for different classes of problems and applications. Together these software
tools form an unbeatable combination, allowing us to confidently tackle any fluid
dynamics problem.
Matsyateknik has done some interesting case studies in the field of
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Engineering
Medical
Human Safety
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Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)
Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
CFD for Engineering
Computational fluid dynamics (CFD), is the most advanced simulation technology which is used
for designing, analyzing and development of an engineering system which involves fluid flow.
Engineering System involves with immense design variables. All these variables provide
numerous design options. A slight variation in any of these variables can bring about enormous
effect on final design parameters. CFD is a very efficient way to explore these various design
options and choose the best among them.
Prediction of Duct Fitting Losses
This case study represents a computational
analysis of the flow and pressure variation
within given HVAC duct fittings by
ASHRAE. The objective of the study was to
determine the applicability of using
commercially available Computational Fluid
Dynamics (CFD) tools to calculate fitting loss
coefficients. Pressure loss data for the
following fittings from the ASHRAE Duct
Fitting Database for the flat oval straight body
lateral, diverging flow were used for
comparison purpose to evaluate CFD data.
Thermal Comfort of Engine room
The objective of this work valuate is to examine
the designed Fresh air Lowers effectiveness in
normal ventilation conditions inside the ‘DGC’
using Computational Fluid Dynamics (CFD)
Analysis.
The specific aim of the work is to check whether
the designed Fresh air Lowers was maintaining the
thermal comfort levels (as per client specifications)
or not by evaluating the below parameters at human occupancy height
of 1.7m in DGC:
1. To check whether the proper air circulation is maintained or not
2. To check whether the temperature of less than 65oC is
maintained or not
Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)
Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
CFD for Medical
Computational fluid dynamics (CFD), can be an important methodology to understand the
pathophysiology of the development and progression of disease and for establishing and creating
treatment modalities in the cardiovascular field.
Hemodynamic Effect
Investigation of the Hemodynamic Effect of Stent Wires on Renal Arteries in
Patients with Abdominal Aortic Aneurysms Treated with Suprarenal Stent-Grafts
The project aims to investigate the
hemodynamic effect of stent struts
(wires) on renal arteries in patients with
abdominal aortic aneurysms (AAAs)
treated with suprarenal stent-grafts. Two
sample patients with AAA undergoing
multislice CT angiography pre- and
postsuprarenal fixation of stent-grafts
were selected for inclusion in the study.
Eight juxtarenal models focusing on the
renal arteries were generated from the
multislice CT datasets. Four types of
configurations of stent wires crossing
the renal artery ostium were simulated in
the segmented aorta models: a single
wire crossing centrally, a single wire
crossing peripherally, a V-shaped wire
crossing centrally, and multiple wires
crossing peripherally. The blood flow
pattern, flow velocity, wall pressure, and
wall shear stress at the renal arteries preand post-stent-grafting were analyzed
and compared using a two-way fluid
structure interaction analysis.
Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)
Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
CFD for Human Safety
Computational fluid dynamics (CFD), can simultaneously predict airflow, heat transfer and
contaminant transportation in and around buildings. CFD has application in various stages of
building design to make buildings better with regard to Safety, Energy Efficiency, Comfort and
Health
Evacuation
This case study is designed to help the designer in order to expect the unexpected and
develop a well-thought out emergency action plan to guide, when immediate action is
necessary.
Calculation of Total Evacuation Time during congestion and panic situations
In this case study each individual
human movement is treated by an
equation of motion. This approach
allows each human to have its own
personal
properties
and
escape
strategies. Humans experience contact
forces and moments as well as
psychological and motive forces and
moments. The resulting equations of
motions for the translational and
rotational degrees of freedom are solved
using the methods of dissipative particle
dynamics. Thus, the model uses
continuous time and space to track the
trajectories of the humans. High crowd
density situations and the interaction
between evacuation simulations are also
modeled. Some social interactions
among the humans are also introduced.
Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)
Regd. Office: Plot No: 31, Huda Sai Nagar Colony, Vanastalipuram, Hyderabad. Pin: 500070
IT PAN: AAZFM3960C
Website: www.matsyateknik.com
CFD for Human Safety
Fire Effects on Human Evacuation Time
Fire effects are crucial in the
evacuation procedure as fire and its
products can severely impair the
evacuees and even cause total
incapacitation or fatalities. Therefore,
the assessment of these effects on the
humans is vital from the human safety
point of view.
Fire Simulations for Building and Ships
Simulation of smoke propagation inside
a car park basement or ship fire involves
modeling of heat generated by fire
considering effects of buoyancy due to
temperature
and
smoke
species
concentrations and the velocity and pressure
variations caused by mechanical ventilation
system in operation. This case study
provides a detailed picture of the smoke path
inside the basement and different parameters
like
smoke
concentrations,
smoke
temperatures and velocity profiles at
different times and different positions inside
the building or ship. This is difficult to
obtain by experiments, because experiments
can be time consuming, costly and
sometimes fire and smoke related
experiments inside the buildings can be
dangerous as well.
Matsya (Sanskrit: म
य) Teknik (Swedish: Technology)
(Koine Greek: Fish)