What is Additive Manufacturing?

Additive manufacturing is the technique of creating three-dimensional products from CAD models by layering on the material using digital data. 

Additive Manufacturing, previously known as rapid prototyping, and currently popular as 3D printing...

Read the full article here: https://www.paanduvapplications.com/what-is-additive-manufacturing

Additive manufacturing is the technique of creating three-dimensional products from CAD models by layering on the material using digital data. 

Read the full article on our website: https://www.paanduvapplications.com/what-is-additive-manufacturing

Additive manufacturing is the technique of creating three-dimensional products from CAD models by layering on the material using digital data. 

Additive Manufacturing, previously known as rapid prototyping, and currently popular as 3D printing

Read the Full article on our website: https://www.paanduvapplications.com/what-is-additive-manufacturing

Computational Modeling Aspect of Fuel Cells: A Continuous Powerhouse

Fuel cells are called continuous powerhouses because it is a device that does not store energy but runs continuously to produce electricity as long as the fuel is provided. The byproduct of the fuel cell is water, hence the “clean energy” or “zero carbon emission” technology.

Battery research has gained enormous attention in the past few decades. It is estimated that there would be a 40% increase in demand for electricity between 2010 and 2040.  

However, various aspects of battery research are being explored to achieve higher efficiency, performance, and life. Thermal management of batteries is one of the key aspects which needs to be taken care of. Appropriate cooling mechanisms need to be incorporated to keep the performance of the batteries intact. 

A gradual shift to clean and renewable energy requirements has brought many questions related to wind energy, hydrogen energy, and electrochemical energy. The cutting-edge research in this field includes the design of wind turbines, wave energy, water splitting photocatalytic systems, fuel cells, and batteries. The answer to energy-related questions involves a keen introspection and coupling of multiple physics for which Paanduv is well suited to provide accurate solutions with all the captured physics. 

Imagine being able to access data faster and more accurately. With our state-of-the-art data center computational modeling, that's now possible! Our team has unique expertise in industry-specific computational software development including CFD, DEM, FEA, Monte-Carlo, and AI, so you can trust us to bring you the best solutions for unlocking the power of modeling and simulation. Take control of your business with our data center modeling service today!

Chemical processes are all about separation and mixing using unit operations. Chemical processes have always been a major user of computational fluid dynamics more so than ever. In this context, the oil and gas industry are the largest consumer of CFD services. Novel reactor technologies, advanced separation systems, innovative mixing techniques, complex internals such as baffles, static mixers, blades, impellers, sieve trays and distributors, multiphase systems (gas-solid-liquid), reaction driven flows, flow through porous media, flows with diffusion and advection, complex non-Newtonian flows, fluidization bubble dynamics are some of the processes where Paanduv is an excellent choice. 

The Aerospace and defense industries are one of the oldest industries to be using CFD as a tool. CFD is used here to cut costs and to improve the accuracy of the product designed. CFD is used to predict the drag, lift, noise, structural and thermal loads, combustion., etc., performance in aircraft systems and subsystems. By using massively parallel supercomputers, CFD is frequently used to study how fluids behave in complex scenarios, such as boundary layer transition, turbulence, and sound generation, with applications throughout and beyond aerospace and defense engineering.

Heating ventilation and air conditioning are associated with large and confined architectures and structures such as buildings, metro, trains, tunnels, caves, underground buildings, cars, vehicles, elevators, and underwater data centers. This is to control temperature, humidity, and andpurity of air in an enclosed space aiming to provide thermal comfort and acceptable indoor air quality. These flows include the physics of compressible gas flows, buoyancy-driven flows, and convective and diffusive heat transfer. In this space, Paanduv has addressed several processes with complex geometry and meshing capturing multiple physics and flow regimes.

The key components are designing an automotive include the modeling of the engine, combustion efficiency, aerodynamics of the vehicle, HVAC, and sloshing behavior in a vehicle. Now as electric vehicles are coming into the picture and gaining attention, the electrical energy generation system and the heart of these vehicles i.e. battery pack and fuel cells also need to be modeled to have a prior estimate of their performance and eliminate the safety concerns. Paanduv provides expert solutions to problems associated with the automotive industry. 

It will not be untrue to say that all the industries in current times are coinciding with the environmental field. With the stringent environmental regulations, industries are being pushed to follow methodologies that are more environment friendly. IOT-based systems come into the picture for these analyses and monitoring. Zero waste discharge, recycling, and green approach are a few terminologies that shed light on the qualitative standard of any industry. In this context, mining and metallurgical processes discard the most harmful and toxic waste. Regardless of the toxicity, every industry discharges the wastewater following the regulations where it is being discarded. Water resource management, free-surface flows, and truly multiphase is Paanduv’s expertise.

Scour and sediment transport to model problems like flow through bridge pier, dredging, flows in river beds, and ocean are addressed and modeled with accuracy. 

Paanduv’s expertise in truly multiphase systems, free-surface flows, reactions, and chemical kinetics makes us the best candidate for 3D modeling of these processes.

read more about - water and environment

Thermal management is crucial for the optimal efficiency of a process. It is a balance between minimum degradation of a device caused by the discrepancy of the temperature and its performance. It includes the choice of an appropriate cooling medium and heat transfer mechanism such that the temperature is maintained in the best operating range. Paanduv is a suitable choice providing expert solutions in conjugate heat transfer, buoyancy-driven flows, radiation and atomization, and combustion. 

Keywords: Conjugate heat transfer, HVAC, Buoyancy driven flows, Radiation, Fire, Combustion, Pyrolysis, Boiling, Condensation, Compressible and Incompressible flows 

Paanduv Applications combines Computational Physics and AI to streamline complex problem-solving. Our simulation software, designed for tasks like data centers' HVAC modeling, accelerates predictions, allowing engineers to make faster decisions and optimize processes efficiently, saving valuable time and resources.

AM PravaH: World’s first all-inclusive 3D Computational Software for Additive Manufacturing 

AM PravaH is a parallelized computational modeling software with a Graphical User Interface (GUI) dedicated to AM processes and developed by Paanduv R&D. AM PravaH is powered by an ensemble of advanced numerical programs that are developed by researchers around the globe and by us; tailored and improvised by Paanduv R&D for AM specific tasks.