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-- It was once again a day to rejoice on 3rd June while receiving the AWARD of NUMBER ONE Engineering College of Haryana and Delhi NCR at the hands of Sh. Manish Grover, State Minister of Co-operative Affairs, Haryana, who was the Chief Guest at the 'Academia Enclave' organised at Chandigarh by The Dialogue India, a leading Delhi Magazine in collaboration with The Amar Ujala, a popular daily vernacular news paper.Mr. Anuj Aggarwal, Chief Editor, The Dialogue India said that it is just a little effort of his organisation to survey, sieve and award various institutes which are doing commendable role in upbringing of the academic standards of the new era aspirants and making them professionally and technically proficient in their respective fields. He further added that his organisation feels proud to announce PANIPAT INSTITUTE OF ENGINEERING AND TECHNOLOGY as NUMBER ONE in Haryana and Delhi NCR. This rating, he elaborated, has been done looking at the student turn out statistics, parent's feed back and placement statistics of the institute in a very fair judgment.A panel discussion too was held to identify and rectify the gaps arising between educational institutes and the industry. Educationists like Mr. Kamal, Tabri, Prof. Rajesh Arora (Registrar Chandigarh University), Sh. Vijay Tiwari, President Indo-European Chamber of Commerce and Medium Enterprises, Sh. Bhpender Dharman, Commissioner of State for Information were a part of this discussion.It was specifically mentioned that educational institutes should take leaf out of PIET's book because this institute is best known for its dynamic relations with the industrial and corporate world. The top business houses including all the three wings of the Indian Army camp at PIET for meeting their requirements, which are always satiated here.The award was received by Shri Hari Om Tayal, Chairman PIET along with Prof. K K Paliwal, Director PIET. Speaking on the occasion Shri Hari Om Tayal said,"In the current scenario college ratings matter as much to aspirants as the careers because a wrong choice would mean risk of time and money. And it costs nothing in the process of ascertaining ratings, because technology makes this possible and easy, only a click away from anywhere to anywhere. So faking to be the TOP is no longer possible."Panipat Institute of Engineering and Technology is the Best Engineering College in 2017 ( ) in the opinion of university officials as said by the Dean of colleges  Prof.Madan Mohan Goel, " PIET is the BEST private funded colleges amongst so many institutes affiliated to Kurukshetra University, Kurukshetra and it is so because the management here is not business oriented but target oriented and the target for a college is to impart quality education and encourage and reward talent which is visible to all in the vicinity from Kurukshetra to Delhi NCR and as a result of this attitude the students from alien schools and colleges throng to this ladder to education". It is rated a good college because the process of ratings is fair enough and ensures to provide desirable standards of education and reliable claims on all other fronts viz campus placements, over all personality development and exposure to the world at large through latest teaching methods.This 19 acre vast campus has the approval of AICTE, Delhi and is located on the Delhi-Panipat lane of the national highway number 1 and adds to the convenience of travelling for students from all directions, especially Delhi, which is only a 50 minute travel from the border. it also covers main Haryana cities viz. Kurukshetra, Karnal, Gharaunda, Panipat, Ganaur, Sonipat on the main route, Rohtak, Jind, Hissar, Gauhana and Radaur etc on the side routes, all surrounding villages and further extending into Shamli which falls in Uttar Pradesh.Even the students now fall in the category of those 92% people of the world who give first preference to the building of the place where they want to study. Accordingly the college infrastructure is an artifact world-class erection built with a far sighted target to be an international college. And we already have student exchange programmes with universities of countries like the USA, the UK, Germany, Holland, Sweden, Singapore and Czech Republic.

Verma C.S.,AICTE | Purohit R.,MANIT | Rana R.S.,MANIT | Mohit H.,Composite Research Center
Materials Today: Proceedings | Year: 2017

Dendrocalamus strictus bamboo culms were processed for laminas and laminates using epoxy resin to produce Laminated Bamboo Composites (LBCs). Mechanical properties of bamboo laminae and their LBCs have been evaluated under different loading conditions. Comparisons of bamboo lamina with woods indicate that average strength of bamboo laminae obtained under different loading conditions is better than softwoods and comparable with hard woods. Similarly, comparisons of mechanical properties of Laminated Bamboo Composites (LBCs) with other composites indicate that LBCs can be used as an alternative to wood and wood based composites for structural applications. © 2017 Elsevier Ltd. All rights reserved.

Purohit R.,MANIT | Verma C.S.,AICTE | Rana R.S.,MANIT | Dwivedi R.,MANIT
Materials Today: Proceedings | Year: 2017

Shot Peening process is widely used to impose compressive residual stresses in fatigue critical surfaces and its intensity estimated empirically by inserting Almen strips near the intended target and measuring their post-peening curvature. It becomes difficult to calculate the intended residual stress profile in the target from the strip curvature as it depends on the dynamic response of the target material. This work presents an elasto-plastic numerical approach, pseudo-dynamic explicit model is validated by single-ball dropping experiment from literature, and applied to the design of parameters for multi-shot peeing of hardened steel surface. © 2017 Elsevier Ltd. All rights reserved.

Hujare P.P.,Sinhgad Academy of Engineering | Sahasrabudhe A.D.,AICTE
SAE Technical Papers | Year: 2017

The reduction of vibration and noise is a major requirement for performance of any vibratory system. Due to legislative pressures in terms of external pass by noise limit of vehicles and customer requirements for better noise and ride comfort in vehicle, NVH attribute has become an important parameter. Major sources for vehicle pass-by noise consist of powertrain, tire and wind. Damping treatment is important to reduce vibration and noise radiation. The passive constrained layer dampening (CLD) treatment can be used to reduce structure-borne noise of vibrating structure using viscoelastic damping material. The performance of the passive constrained layer damping treatment can further be enhanced by new segmentation technique. The concept of segmented CLD is based on edge effect. The efficiency of segmenting a constrained layer damping treatment relies on the fact that a high shear region is created in the viscoelastic layer. The shear deformation in the viscoelastic material is not significant in regions where the bending moment is maximal. Segmenting induces shear in the damping layer and thereby increases damping ability. A cut in the damping treatment gives an additional shear deformation at that position. Hence a cut has to be located at the maximum displacement. The position of maximum displacement for all the first four bending modes is identified by bending mode shape. The bending mode shapes are obtained by MATLAB program. The damping performance is further increase by using multiple cuts in CLD beam. The optimized positions of multiple cuts are obtained by Genetic Algorithm (GA) optimization technique. The damping performance of CLD beam is measured in terms of vibration response (dB) and composite loss factor ().This paper focused on comparison of damping performance of full CLD treatment and segmented CLD treatment. The experimental investigation is performed by using Accelerometer, Impact hammer and FFT analyser (B&K make). The new innovative segmented CLD treatment is found to be very much effective. Copyright © 2017 SAE International.

Gonjari I.D.,AICTE
Der Pharmacia Lettre | Year: 2012

Cyperus rotundus L. (Cyperaceae) is used as an active ingredient of most of the ayurvedic antidiarrhoeal formulations. A study was undertaken to evaluate the effectiveness of Cyperus rotundus as a antispasmodic in diarrhoea. An aqueous extract of tubers of Cyperus rotundus (ACR) was tested for its antidiarrhoeal and antispasmodic activity. Antidiarrhoeal effect of ACR was evaluated in castor oil induced diarrhea in mice and antispasmodic effect was evaluated by charcoal meal test in mice at a dose of 125, 250, 500 mg/kg. The % inhibition of diarrhoea was 30.36 %, 37.90 %, 45.45 % and 92.45 % for ACR 125, 250, 500 mg/kg (po) and Loperamide 2 mg/kg dose (po) respectively. ACR 125, 250, 500 mg/kg (po) and Atropine Sulphate 2 mg/kg dose (po) produced 24.35 %, 31.48 %, 36.75 % and 55.94 % inhibition of intestinal transit respectively. These results indicate that ACR produces its antidiarrhoeal effect through decreasing intestinal secretions and antispasmodic effect by inhibiting the intestinal motility.

News Article | February 24, 2017

PANIPAT INSTITUTE OF ENGINEERING AND TECHNOLOGY (PIET), the Best Engineering College of 2017 is located at 70 mile stone on Delhi-Panipat highway. It is approved by AICTE, Govt. of India and affiliated to Kurukshetra University, Kurukshetra.

News Article | November 30, 2016

In view of the changing scenario at national level owing to the situation arising out of demonetization step by the Prime Minister of India, a seminar cum views sharing session was held at Panipat Institute of Engineering and Technology (PIET), an AICTE..

Verma C.S.,AICTE | Chariar V.M.,Indian Institute of Technology Delhi
Composites Part B: Engineering | Year: 2013

Dry bamboo culms of Dendrocalamus strictus were processed into thin laminas and cold pressed using epoxy resin to produce four layered laminated bamboo epoxy composites (LLBCs). Experimental and theoritical values (stiffness and strength) of LLBCs, prepared from middle region laminae, have been evaluated under tensile loading and using rule-of-mixture respectively. Experimental values of LLBCs are closely resembles with theoretical values. Further, a hypothetical four layered unidirectional laminated bamboo composites (HLLBCs) have been proposed where their stresses and strains obtained using constitutive equation of laminate at macroscopic scale are lower than experimental failure limit of LLBCs. This indicates that proposed LLBCs behaves like fibrous composites which are presently in use for a variety of structural applications. © 2012 Elsevier Ltd. All rights reserved.

News Article | December 19, 2016

A seminar on "Smart India Hackathon- 2017 "was organized at Heritage Institute of Technology today. It was organized in association with Ministry of HRD, Govt. of India, AICTE and Inter Institutional Inclusive Centre

Verma C.S.,AICTE | Chariar V.M.,AICTE
Composites Part B: Engineering | Year: 2012

Dry bamboo culms of Dendrocalamus strictus were processed into thin laminas and cold pressed using epoxy resin to produce layered bamboo epoxy composite laminates. Mechanical properties of layered bamboo-epoxy composite laminates including tensile strength, compressive strength, flexural strength and screw holding capability have been evaluated. Mode of failure were identified at macroscopic level as suggested in ASTM standard and their mechanism were examined at microscopic level using SEM analysis of fractured surfaces under different type of tests. © 2011 Elsevier Ltd. All rights reserved.

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