Mechanical Design Jobs

❇️Back rake angle (αb): It is the angle between the face of the tool and a line parallel to the base of the tool and measured in a plane (perpendicular) through the side cutting edge. ❇️Side rake angle (αs): It is the angle between the tool face and a line parallel to the base of the tool and measured in a plane perpendicular to the base and the side cutting edge. ❇️End relief angle ( e): It is the angle between the portion of the end flank immediately below the end cutting edge and a line perpendicular to the base of the tool, and measured at right angle to the end flank. ❇️Side relief angle ( s): It is the angle between the portion of the side flank immediately below the side cutting edge and a line perpendicular to the base of the tool, and measured at right angle to the side flank. ❇️End cutting edge angle (φe): It is the angle between the end cutting edge and a line normal to the tool shank. ❇️Side cutting edge angle (φs) or Lead angle: It is the angle between the side cutting edge and the side of the tool shank. ❇️Nose radius (r): Radius curvature of the tool tip. It provides strengthening of the tool nose and better surface finish. @MechTutorials

❇️Mechanism of chip formation: When the zone under the cutting action is carefully examined, primary shear zone and secondary shear zone are formed.  Primary shear zone: the uncut layer deforms into a chip after it goes through a severe plastic deformation in the primary shear zone.  Secondary shear zone: after the chip formation, the chip flows over the rake surface of the tool and the strong adhesion between the tool and the newly-formed chip surface results in some sticking. Due to that, it undergoes a further plastic deformation at the interface between tool and chip. ❇️Chip formation influenced by the following factors: ❇️Major Factors  Work material properties.  Cutting speed  Feed rate  Depth of cut  Effective rake angle of the tool  Type of cutting fluid ❇️Minor factors  Surface finish of tool  Coefficient of friction between tool and chip  Temperature of cutting region ❇️Types of Chips:  Continuous chip  Continuous with built-up edge  Discontinuous chip  Non-homogeneous chip ❇️Favorable factors to get continuous chip  Ductile work material  Small uncut chip thickness, fine feed  High cutting speed  Large rake angle  Suitable cutting fluid  Using sharp cutting edge ❇️Favorable factors to get Continuous chip with built-up edge:  Ductile work material  Low cutting speeds  Low rake angle and high feed  Heavy depth of cut  Absence of cutting fluid  Stronger adhesion between chips and tool face ❇️Favorable factors to get Discontinuous chip:  Brittle work material  Small rake angle  Large uncut chip thickness  Very low or very high cutting speed  Lack of an effective cutting fluid  Low stiffness of the machine tool ❇️According to ASA system, the single point cutting tool can be designated as @MechTutorials

One of our Automotive Clients is looking for Chassis-UG NX Design Engineer for Pune. If interested, please apply through the link given below or can directly share resume to kuhelli.santra@autooneengg.com

❇️Theory of Metal Cutting The material removal processes are family of shaping operations in which excess material is removed from a starting work part so that what remains is the desired final geometry. ❇️Machining : Machining is a manufacturing process in which a sharp cutting tool is used to cut away material to leave the desired part shape. The predominant cutting action in machining involves shear deformation of the work material to form a chip; as chip is removed, a new surface is exposed. ❇️Advantages of Machining:  Variety of work materials  Variety of part shapes and geometric features  Dimensional accuracy  Good surface finishes. ❇️Limitations :  Wasteful of material  Time consuming ❇️The process of removing metal can be done by using two types of cutting tools.  Single point cutting tools o Ground type o Tipped type  Multipoint cutting tools o Drill bit o Milling cutter o Grinding wheel etc.  MRR obtained from multipoint cutting tool is more than that from single point cutting tool  The life of multipoint cutting tool is more than single point cutting tool.  Single point cutting tools are fed axially at a uniform feed per revolution. But multipoint cutting tools are fed perpendicularly to the cutter axis of rotation. ❇️Method of machining :  Orthogonal cutting or 2D cutting  Oblique cutting or 3D cutting ❇️Mechanics of basic Machining Operation : @MechTutorials

Position – Trainee (Sales Support) Company – Henkel Location – Pune, Maharashtra, IN YOUR ROLE Accomplishes tasks as directed by supervisor. Supports processes/operations of the respective Henkel team. Complies with Henkel’s internal guidelines, rules and regulations YOUR SKILLS Mechanical or chemical Engineering graduate who are interested to work in sales profile. Looking for candidate with 0 to 1 year of experience Excellent Interpersonal Communication Skills and Analytical Skill JOB ID: 21013496 Contract & Job Type: Full Time, Limited Term Contact information for application-related questions: talent.acquisition@henkel.com

Position – Trainee (Field Offices Tractor) Company – International Tractors Limited Exp. – from 0 to 1 year(s) of Experience Location – Nagpur/Pune, Maharashtra, IN Job description Roles and Responsibilities: Generate leads through local marketing activities Build brand visibility through road shows & local sales promotional activities Develop and nurture good relationship with dealers in the assigned territory Ensure dealer success through recruitment, training & motivation of DSPs, assigning targets, and reviewing daily performance of DSPs Ensure target achievement for the assigned territory Plan, forecast & report sales performance in assigned territory Monitor & report activity of competition to concerned Area Manager Only B.Tech( Auto/Mechanical/Agriculture). Tractor Dealership experience will be preferred. Local Language is Mandatory. Apply Link - https://www.naukri.com/job-listings-field-officer-trainee-tractor-exp-6-months-maharashtra-international-tractors-limited-nagpur-pune-0-to-1-years-100521003137

Position – Piping Stress Engineer Company – Neilsoft Exp. – 2 to 5 years Location – Pune, Maharashtra, IN Job description Qualification: B.E. /B.Tech in (Mechanical / Chemical) Experience: 2 – 5 Years Background and Skills: Candidate should have experience of working on Detailed Stress Analysis associated with Chemical, Water Treatment, Refinery and Oil and Gas Plants Analysis of Stress Model for Code Stress Check Pipe Support Requirements as per Analysis and its Support Tagging Preparation of Support Load Candidate should have advance understanding of CAESAR II ® Software Candidate should have excellent verbal and written communication skills Please send your resume to careers@neilsoft.com with the job code in the subject line.

CAD/CAE Application Analyst Senior Company NameTenneco Company Location Pune, Maharashtra, India Senior level experience requiring a broader level of responsibility. Responsible for conducting product characterization analyses using a number of Finite element and Finite difference based engineering software packages. Works with Application and Product Design Engineers. EXPERIENCE: Minimum of four (4) years experience in engineering/CAD supervision REQUIREMENTS: The CAD Manager is capable of performing all the functions of a CAD Designer. Apply Link - https://jobs.silkroad.com/Driv/GlobalCareers/jobs/183950

Design / Project Engineer - Reverse Engineering Company NameAtlas Copco Company Location Pune, Maharashtra, India / Educational Requirements B.E. Mechanical or Production engineering 3 to 7 years of Industrial experience in Design Department Hands on experience in complex surface modelling. Expertise on 3D CAD package, like Inventor, Solidworks, Creo, Catia Experience in scanning and reverse engineering Experience in handling Specialise reverse Engineering software’s like PolyWorks Modeller & Geomagic Design X Experience in design of Casting/Forged/machined/Plastic parts will be added advantage Experience in handling conventional measuring instruments will be plus What you can expect from us? Challenging Job profile Lots of learning oppurtunities What we expect of you? Sound knowledge of Different manufacturing process specially casting/sheet metal/machining/forging Knowledge about Different materials and grades, material testing, surface roughness Knowledge about selection of appropriate material based on process & application expertise in GD&T & tolerance stack up analysis Understanding of Global engineering standards (ISO, DIN etc) Knowledge of assembly/fitment is a plus Personality requirements Drive and urge to understand and explore challenging assignments with very limited available information. Pro-active , self-driven and goal oriented Out of box thinking and creative approach Excellent interpersonal, communication and analytical skills Attention to details and strong sense of responsibility Team player - open-minded and flexible Ready to travel in domestic region & abroad based on project requirements Apply - https://www.atlascopcogroup.com/en/careers/job-overview/job-detail.38864-atlascopco

Hello All, We are hiring for following positions. Please share your resume at Hemant.kumar@tataautocomp.com. 1.Production Manager- 8 to 12 years of Experience 2. Design Engineer- 6 to 10 years of Experience( Female Preferred) 3. Manufacturing Engineer- 6-10 Years of experience ( Female Preferred) 5. Store officer - 4 to 6 years of Experience 6. QMS - Quality - 4- 6 years of Experience ( Female Only) 7. Maintenance Engineer- 1- 4 years of experience in Plant Location - Chakan base Pune- Plant Education- BE or Diploma Candidate must be from Manufacturing background

Cabinet Design Engineer Baker Hughes Pune, Maharashtra, India As a Cabinet Design Engineer, you will be responsible for: Using Eplan, CAD, Microstation software to create and revise Project Drawings (System Layout and wiring, Loop drawings) Supporting manufacturing related technical questions and independently lead part creation and cabinet designing Ensuring expected results in term of quality, execution time, and cost (within control). Recommending design enhancements or modifications to achieve project objectives. Fuel your passion To be successful in this role you will: Be an engineering graduate/diploma holder with 3-5yrs experience in cabinet design engineering. Have good experience in Eplan, AutoCAD and Microstation software/tools. Have good written and spoken English, with demonstrated capability to structure and write technical material. Have prior experience in global project execution and proficient with document layout, formatting, and editing. Be Self-starter with minimal supervision requirement and ability to work independently. Apply Link - https://careers.bakerhughes.com/global/en/job/BAHUGLOBALR20175/Cabinet-Design-Engineer?utm_source=linkedin&utm_medium=phenom-feeds

Position – CREO Design Engineer Company – Cyient Location – Bengaluru, Karnataka, IN Job Description Proficient in CAD design and Manufacturing drawing creation using CREO software Tolerance stack up study Engineering design & calculations Vehicle integration Experience Required: 1 to 4 years Skills & Experience Analytical Skills, Creo, Mechanical Engineerig, UG NX Apply Link - https://cyient.wd3.myworkdayjobs.com/en-US/careers/job/Bengaluru-India/Unigraphics-Design-Engineer_JR-022992

Valeo India Mechanical RD centre is hiring CAD Professionals. Job Location : Navalur,Chennai BE/ME graduates belonging to EEE, E&C, Mech, Mechatronics and Automobile engineering disciplines between 3 and 6 yrs of experience, will be considered. Position : 3DCS Engineer Required Skill set: Good hands on experience in 3DCS(mandatory) Good hands on experience Catia v5 or UGNX Interested can send their updated resume to tacindia.in.mailbox@valeo.com Join 👉 @MechTutorials

SGK India Hiring For - Trainee Diploma in Mechanical Branch as DET for Pune & Baramati (Maharashtra) Location in Automotive Manufacturing sector in CNC Machine Shop Payroll - SGK India Only SGK INDIA into Engineering Outsourcing Field (Production, Maintenance, QC Outsource with KPI) in Manufacturing Unit & EPC Sectors. Email Resume - career@sgkindia.com Join👉 @MechTutorials

📌 #ShortNotes ❇️Crater wear: §  The major tendency for wear is due to the abrasion between the chip and the face of the tool, a short distance from the cutting edge. §  The crater  (a shallow spherical depression present on surface) is formed on the surface of the tool by the nation of chip particles flowing over it because of very high temperature. §  When Cratering becomes excessive, the cutting edge may break from the tool. §  Cratering is commonly observed while machining ductile materials, which produce continuous chips. ✅Reasons for crater wear: §  Presence of friction between chip – tool interference. §  Abrasive action of microchips present at chip – tool interference. §  Abrasive action of fragments of built up edge present at chip-tool interface diffusion wear. ❇️Flank wear: Wear taking place on flank face of tool is called as flank wear. ✅Reasons for flank wear: 1.      Presence of friction at tool interface. 2.      Abrasion action of microchips present at tool work interface. 3.      Diffusion wear. Join👉 @MechTutorials

📌  #ShortNotes ❇️Failure of Cutting Tools❇️ Whenever the tool is not performing the machining operation satisfactorily, then there is a failure of cutting tool. The following draw backs are observed if the tool failure occurs. 1.      The tool ceases to produce the work-piece according to the required dimensions. 2.      The tool gets overheated. 3.      Excessive surface roughness is observed. 4.      Forces and power consumption increases. 5.      Sometimes the burnishing brand will appear on the work piece. 6.      Produces vibrations during machining. ❇️The parameters used for measurement of satisfactoriness of machining is 1. Surface finish produced on work piece §  At the beginning of machining operation it is found that excellence and mirror like finish is produced on work piece. §  After sometimes when the lines are produced on machined surface, it is assumed that surface finish is reduced and tool is failed. 2. Forces induce during machining: §  By connecting dynamo meter to the work table, the forces in machining will be measured online. §  Whenever the increase in forces is taking place it is assumed that tool has been failed. 3. Power consumption: §  By connecting Ammeter to the input of electrical motor, the current drawn by motor will be measured online. §  Whenever the increase in current drawn by motor is greater it is assumed that tool has been failed. 4. Temperature of chip: §  The temperature of chip can measured by observing the color of chip formed. §  During normal satisfactory machining conditions the color of chip is light Blue or metallic color. §  When the machining is done with failure tool, because of higher heat generation the color of chip is turned to black or burnt color. §  From the above whenever the color of chip is observed to be black or burnt color, tool is assumed to be failed. §  During machining of high carbon work pieces, whenever white colored gases are observed, it is assumed that tool is failed. ❇️Modes of tools failure: 1.      Failure through plastic deformation 2.      Failure through mechanical breakage 3.      Failure through mechanical gradual wear   1. Plastic Deformation Failure: Whenever the tip of tool is experiencing temperature greater than hot hardness temperature of tool material, it is losing its hardness considerably and the tip of tool is deforming plastically called as plastic deformation failure of the tool. ❇️Reasons for plastic deformation failure: 1.      Wrong selection of tool material. 2.      Wrong selection of process parameters.   2. Mechanical Breakage Failure: A cutting tool gets broken due to the following factors: 1.      Large cutting force. 2.      By developing fatigue cracks under chatter conditions. 3.      Weak tool materials. 4.      High temperature and high stress. In this also failure duration is repeatable. Therefore it is also considered as abnormal failure of tool.   3. Mechanical Gradual wear failure: During machining operation, the tool is wearing out and slowly and whenever the wear become considerable, it can’t perform the machining satisfactory called as gradual wear failure. The gradual wear takes place due to 1. Crater wear and 2. Flank wear

Job Code: 1159 Urgently Require: #Design Engineer – Mechanical Qualification: BE,B.Tech in Mechanical Engineering Experience: 2 - 3 Years Job Location: Cochin Job Description: · Proficiency in Solidworks: part, Assembly and drawing. · Knowledge of machining part design and CAD generation · Experience in Sheetmetal/Plastic mandatory · Experience of medical grade materials and applicable standards · Previous experience of having worked for medical customer will be an advantage. Interested candidates, please share your CV's at hr@apricitastechnologies.com or Call 7620219868 Mention "Job Code: 1159–Design Engineer – Mechanical ” in subject line. The candidate without relevant experience, please ignore