Modern Methods Used In Sheet Metal Forming Mechanics Essay

Modern Methods Used In Sheet Metal Forming Mechanics Essay This report elaborates the recent advancements in the process of Sheet-Metal forming in automotive industry since this technique is considered as one of the most important issues in the current industry. Further more in this report brief description is explained on the most modern forming methods like Electro-magnetic forming, Super Plastic forming and Fine Blanking. Based on the understanding and analysis of each forming processes, the best one is suggested. II. Introduction: In the world of automotive industry a lot of metals have to be used to make the parts of an automobile. The metals found are of very rigid shapes and sizes and it cannot be directly used, to make the required sizes and shapes in the automotive industry the main metal working process used is the sheet-metal forming process. The sheet metal forming process is a process in which solid metals can be made into thin or flat pieces, and sheet-metal forming is one of the very fundamental methods in manufacturing. It can be defined as, a manufacturing process which fabricates by shaping or moulding a piece of metal into a sheet.Sheet-metal forming has a number of processes in the present world but a lot of modern processes are being preferred to the classical processes. Usually, fabrication of complicated sheet metal components requires a complex combination of various shaping processes and the final assembly involves welding, riveting and other binding methods. Henceforth a very much afforda ble solution for sheet metal forming is by applying efficient and modern processes like Electro-Magnetic forming, Super-plastic Forming, Fine blanking, Explosive forming, Hydro-forming, Electro-Hydraulic forming, etc.In this report the most modern processes of sheet metal forming are discussed and III. Main Body: 1. Electro-magnetic Forming: Electromagnetic Forming is one of the advanced methods of sheet-metal processes. It is basically called as EMF in short form. Electromagnetic forming has been in use for nearly three decades. The principle of this process is that it makes use of the electromagnetic forces to make a sheet or a part by using high speed velocity forming techniques. Electromagnetic forming works in a way, in which, a current is produced from a capacitor and it is made to pass through a coil to form a strong magnetic field around the coil. The coil is situated in the work piece, thus forming an induced eddy current around the coil the eddy current generates another magnetic field in the metal work piece (El-Azab et al. (2003)). The two magnetic fields have repulsive force with each other and cause a deformation to the work piece. This deformation is permanent due to the stress created on the work piece by the force and this is called as Electromagnetic Forming. So EMF makes the material to stretch at very high speeds. 1.1 Advantages of EMF: EMF has many advantages, they are listed below, It has very high property of repeatability because of the energy output which can be adjusted as many number of times. There is no such contact between any tools to the work piece due to the magnetic fields. EMF does not need any lubricant because there is no tool acting on the whole process and hence leaving no marks created by the tool on the work piece. EMF is basically called as a non-contact process thus it does not have any damage on the work piece. Due to no physical contact extra bits and pieces will not fall out and will thus have less cleaning to do with the sheet. By doing this process the work piece will get a good coating. There is very less time consumption in this process. There will be no friction or physical stress on the work piece as no mechanical forming methods is used. 1.2 Limitations: This process can only make thin sheets because only a less amount of pressure is applied by the coils. The work piece material will have a very short time to stretch as the whole EMF is process occurs in a very short time. 1.3 In Automotive Industry: Aluminium is the main material used to make parts for the automotive industry. There is a great demand for fuel-efficiency in present world and the weight of the automobile is another basic factor. The only possible ways of weight-reduction is by making a controlled design or by using lightweight materials. Aluminium is the best considered material as it satisfies the regarding properties, by using aluminium die-cast materials can be used to make highly complex materials form a single piece, thus it helps in attaching fewer parts more rigidly and hence a rigid body can be created by using Aluminium die-cast materials (Davies et al. (2004)). When taking aluminium in to consideration with its characteristics, increase in rigidity and passenger protection can be achieved without considering the lightness. 1.4 Uses of EMF in Automotive Industry: It is a non-contact process and no touching of the part is needed because the only effect affecting the part is the magnetic field and thus the automotive parts are made damage free. The ductility is very high. Anyone operating the machinery does not need any special training due to the process being noncontact. If there is a comparison between this method and another method, the main benefit for the EMF will be the repeatability. Due the method being a non-contact process and electrical, there is wear and tear of the part even though many numbers of parts is made which can look exactly the same to each other. 1.5 Limitation of EMF in Automotive Industry: This method being electrical, if the materials used have less electrical conductivity then there is no point in using this process. The aluminium part is slightly expensive and that can be one of the problems or the companies which use Electromagnetic forming. 2. Super Plastic Forming: This process is one of the modern processes used in the automotive industry. In short form it is called as SPF which means Superplastic Forming. It mainly involves the super plasticity which means the point at which the metal ruptures due to the strain produced in the process and in which the metal can stretched and made into thin sheets. Super plastic forming process is takes place at increased temperature, where the stress-flow of the sheet metal is less. At first the metal sheets which are supposed to be used is heated at the ends and then a gas pressure is implied when the whole apparatus is inside a simple shape or a complex shape to make a required shape (Davis and Hyrn (2007)). The process involves expanding of the materials but it cannot be applied for materials that do not have super plastic properties. Normally super plastic materials can elongate up to 10 times. Whereas titanium naturally posses super plastic properties and some aluminium alloys and a few stainless steel a lloys also be made to show superplastic properties. Aluminium alloys can expand about 1/4th during the forming process.It was first used widely in making parts for jets and aerospace regarded objects but as time grew automotive industry has used a lot of benefits from SPF. In general superplastic forming uses the sheet forming processes to mainly elongate the work piece by using very high temperatures and SPF can be used to materials which accept the properties of superplasticity. This process helps to make very complex geometry of parts. It is mainly used in making aircraft wings and automotive parts as the metal aluminium is used in which it are stretched by heat. The basic materials used in the SPF are the aluminium alloy which is quiet expensive. The process basically needs nearly 900 Â ° C regarding the alloy used, dueto this heatthe flow of the stress involved in the sheet material is low(Gallagher (2001)). The sheet material is placed on a SPF die in which a simple or complex geometry is present and then the tooling is given high heat and a gas pressure is implied which in turns deforms to the shape of the simple or complex cavity. There are many different types of properties of superplasticity with regards to microstructural mechanisms and deformation and the materials which undergo these types of superplasticity can be considered as a superplastic material; Micrograinsuperplasticity Transformation superplasticity Internal stress superplasticity The following processes can be used for forming superplastic sheet materials and they are: Blow forming and vacuum forming Thermo-forming Deep Drawing Superplastic forming with Diffusion Bonding a) Blow forming and vacuum forming basically has a die cavity in which the superplastic sheet are placed, the sheet is placed in between the cavity and a gas pressure is implied to the cavity, from which the superplastic sheet takes the shape of the die cavity. b) Thermo-forming is generally used for forming thermoplastics. In this type of forming there are two dies which in this case is male or female and they are moveable, this moveable die enables the sheet to stretch before a gas pressure is imposed on the sheet to make the required shape of the die cavity. c) Deep Drawing with heat can be imposed on superplastic materials. Firstly deep drawing depends on the hardening of strain to get the needed formability and to prevent damage while forming the material and thus has less advantage compared to Blow forming and thermo-forming. This is because superplastic materials can only harden strain to a limit. d)Superplastic forming (SPF) with the use of Diffusion bonding (DB) is a method which combines both qualities of SPF and DB, but DB is basically not a sheet metal process, since the temperatures used in the process of SPF and DB are similar they can be made use in unique fabricating methods for the materials. The aims of this combined process is to make a damage free forming process and to reduce the number of components and joints used in the processes. 2.2 Materials used: The most common materials used for superplastic forming are as follows: Titanium alloys Aluminium alloys Bismuth-tin alloys Zinc-aluminium alloys Stainless steel Aluminium-lithium alloys 2.3 Advantages of SPF: Less weight and which increases fuel efficiency Performance of the design is improved with the help by its structure Can make very complex parts which in turn has great formability Low cost tooling thus resulting in low cost of the parts Low noise and Does not affect environment 2.4 Limitations of SPF: Low strain rate The time consumption of the process in which it forms the part is one important limitations of the SPF. The whole processs cycle can vary, thus it is used on materials which has less volume. 3. Fine Blanking: Fine blanking is a process in which a type of metal stamping is used to make the flatness of metal and very precise sheared edges of a metal. It is one of the modern methods used in the automotive industry for sheet-metal forming. The process is mainly made use by the automotive industry because of the quality level and the size of the materials and tools used which in turn makes it cost effective. At firstfine blanking was first discovered in Switzerland to make small gears and levers for a watch and clock company and after that grew to be more versatile and feasible for it could be made use in the automotive industry. In this process there is no chance of fracturing of the metal while shearing, for example it can make a number of holes in a metal sheet with perfect shearing and no damage with regards to the size of the metal, thickness of the metal and how far the holes are spaced. The process can generally make very complex shapes in a quick span of time without having to do too m any procedures in the whole process. It is basically a bypass for processes like casting, forging and fabrication in manufacturing. The process is a combination of stamping, punching and an extrusion process. Fine blanking is less expensive than processes like forging or casting but fine blanking although being a very versatile sheet-metal forming process it cannot make 3-d shapes of any use, but some innovative thinking and designing can be put forth to make such products which can economically benefit fine blanking. 3.1 Working of Fine Blanking: Fine blanking generally uses the materials like aluminium, copper, brass, carbon and stainless steel alloys. Fine blanking is a way of metal pressing processes but it has got extra parts to make it unique. It includes two dies (male and female), a guide plate and a V-ring which is also called as a stinger. The male die is the hardening punch which punches the material, whereas the female die is the hardening blanking die. The stinger basically is a sharp edge that surrounds the area of the material that has to be punched. Now, there will be a pressure applied to the punching die so that it cuts the metal and it pushes the cut metal into the empty die. The guide plate helps to hold the material into place firmly so that there is no movement of the material while the pressure is applied, thus the whole process acts like an extrusion rather than a traditional punching process (Hedrick (2006)). Due to the guide plate holding the material so tightly, the materials flatness in perfect, the re is no distortion or damage and there is a very minimum amount of edge burr. Burr is actually called as rough edge of a metal after a cutting, drilling or a punching process. After the punching is done while the material is held tightly by the guide plate, the slug and minute particles are pushed away to keep it clean for the net material to start the process. With a very good fine blanking process one can make many parts in a short period of time and with only one operation. The parts manufactured can be pierced fully like a hole, or partially pierced, embossed and also coined. Many gears, levers and materials have been made by the use of fine blanking. To make a fine blanking process function exclusively to manufacture a quality product, the following points should be required: Fine Blanking Press Fine Blanking Tool Ductile Material 3.2 Advantages: Fine blanking process has got many advantages and they are: By doing fine blanking we can get tremendous flatness of material that is merely never possible to acquire by any other cutting processes, thus it does not have to undergo any other flattening processes after the basic operation of fine blanking. Fine blanking can be used to make small holes in very thick and heavy metals and it can be used on many different metals. It can be used in embossing of metals or can be made use in coining and piercing. The process has got very good accuracy in making materials with precision, control and has good repeatability in production wise. Fine blanking helps to make the edges perfectly sheared,very straight and have no breakage of edges compared to other metal cutting processes. There is very high tolerance level in the tools of fine blanking when making holes and other parts which gives very good quality to the material. Many features can be put in while fine blanking in to just one operation other than having any secondary or tertiary operations. 3.3 Limitations: Fine blanking although being a very versatile and feasible process, it has got a few limitations and they are listed below: Fine blanking can cause damage to the tools used because of the small clearance level of the whole process thus the tools are generally coated with few materials to prevent the wear and tear. In general the stinger or the V-ring consumes a lot of space therefore a lot of material is needed to be used to make a small part. In fine blanking, after the material has been cut out, burring is present in large amounts, so, often there is a need for deburring. Fine blanking process is a slow process which consumes a lot of time to make parts in comparison with the other similar processes. The equipment used is slightly expensive than more conventional punching methods. Since it is a little expensive many companies who want to use fine blanking give a lot of consideration before investing in the tools IV. Conclusion: After doing research on the modern processes used in sheet-metal forming in the automotive industry for manufacturing the latest technology which is involved in this method are Electro-magnetic forming, Superplastic Forming and Fine blanking process. These processes were more efficient and cost effective while compared to traditional processes like bending, stamping, shearing and drawing, but these processes might not be the ultimate result with regards to sheet-metal process. From the three processes discussed above the most favourable process which can be recommended in the automotive industry is Superplastic forming process. The key advantages of Superplastic forming are design structure of the material used, formability of parts, fuel efficiency and low cost in tooling in comparison with the other two processes is much better. Hopefully in the future, there may be more processes which are more efficient for the production in sheet-metal processes in the automotive industry. V. References: A. El-Azab, M. Garnich, A. Kapoor, Modeling of the electromagnetic forming of sheet metals: state-of-the-art and future needs, Journal of Materials Processing Technology, Vol. 142, pp. 744-754, 2003 Accudyne Engineering Equipment Company: super plastic forming. Available at: http://www.accudyneeng.com/spf.htm [Accessed 12th January 2010] Gallagher, Helen (2001): thefabricator.com. Available at: http://www.thefabricator.com/presstechnology/PressTechnology_Article.cfm?ID=115 [Accessed 12th January 2010]. Harig Manufacturing Corporation: fine blanking Available at: http://www.harigmfg.com/fineblanking.html [Accessed 12th January 2010]. Hedrick, Art (2006): thefabricator.com. Available at: http://www.thefabricator.com/PressTechnology/PressTechnology_Article.cfm?ID=1402 [Accessed 12th January 2010]. R.W.Davies, S. Golovashchenko, J.A. Carpenter, Electromagnetic Forming of Aluminum Sheet, Automotive Lightweighting Materials Fiscal Year 2004 Report, pp. 31-38, 2010

Music is Where the Heart Is :: essays research papers

Music is where the heart is   Ã‚  Ã‚  Ã‚  Ã‚  Has a song ever flowed into the moment so perfectly that you can feel the artist soul take you over? It would be safe to say that this has happened to everyone. Humans as artistic creatures have the need to not only express their feelings in words but also create an atmosphere of emotion with music so that their very soul is out in the open for the world to hear. Fear, anger, heartbreak, rebellion, and love are all things we express creatively through music. These emotions are expressed differently through out the many types of music that the world has to offer and all have very distinct sounds.   Ã‚  Ã‚  Ã‚  Ã‚  Punk is the epitome of an obnoxious rebellion, circle jerks pissed at the world. Basically punk is a lifestyle that has grown from original to mainstream and back. The raw fast music created by urban youth has influenced people around the world with catchy anthems of rebellion and unity. A lot of the vulgar and aggressive qualities have been lost in this music over the years as it’s become more popular. Punk is now watered down with love ballads and bands dressing the part, misrepresenting the original intentions of punk with its anti conformist values. I think this quote by black flag sums up my view on punk, â€Å"we are born with chance, and I am going to have my chance. We are tired of your abuse, try to stop us but its no use.†   Ã‚  Ã‚  Ã‚  Ã‚  Hip hop originally had intentions of help the minority's struggle be more broad band exposed outside the ghettos to raise attention to the problems they endure because of their status economically and socially. Free styling is a style of hip hop that can show some ones talent, proficiency and mastery of the art that is hip hop. this is often shown by personality and the character that the artist is trying to convey. Hip hop is vocally driven and does not focus on the beat as much as the message. if you do come across hip hop that is looped with R&B chorus’s and focuses more on the instrumental then the lyrical content you are most likely listening to what is known as â€Å"rap and bullshit† (R&B).

Morality and Honesty Essay

In this assignment, I will clearly analyse the concept of prime ministerial versus cabinet government. I will talk about the role of the prime minster and the cabinet and assess the prime ministerial power versus the cabinet. All sources of information will be referenced. The cabinet is the executive committee of the government and all its members are appointed by the Prime Minister and it is chaired, answerable to and accountable to the prime minister (Wilson 2003). The cabinet is formed to decide on major policies to be adopted in the country and abroad. They also deal with unforeseen major problems such as terrorist’s attacks and the cabinet also meets to coordinate the policies of different departments and planning of long tem government policies. All government decisions are taken collectively and defeat on a motion of confidence requires the resignation of all members of the government. According to BBC News (2003), Clare Short who was secretary of state to international development resigned in 2003 as she did not support the British government going to war with Iraq without a clear mandate from the United Nations. According to BBC News (2003), Robin Cook who was the leader of the House of Commons also resigned over the Iraq war stating that he could not accept collective responsibility for the decision to commit Britain now to military action in Iraq without international agreement or domestic support. The prime minister is the one who holds the power over the cabinet as he can appoint the minister to the cabinet, dismiss them or promote them. The prime minister chairs the cabinet, decides on the agenda and he is the one who ultimately decides on how different issues will be dealt with. The prime minister controls the way a policy is processed, sets the framework for ministerial policies, holds the power in making executive decisions and may make important decisions with whom he wishes and sometimes without reference to other cabinet members. The prime minister also holds power to create cabinet committees which are set up to deal with specific policy problems. The prime minister can decide on which committee to be set up and has got the power to decide on who chairs it and who sits on it. According to Forman and Baldwin (1999), the prime minister can exploit the use of bilateral meetings with individual ministers in order to divide and rule any collective opposition within the cabinet to preferred policies. All preparations and timing of the cabinet decisions is very munch in the hands of the prime minister which gives the holder of the position a real advantage over the rest of the cabinet. Wilson (2003) states that Tony Blair uses his cabinet much less than John Major did and attends its meetings for only a short time. Tony Blair generally prefers to lay down his preferred policies and expects agreements from its cabinet members. However John Major did not insist on collective decision and it was stated that in his last years his cabinet was very divided and his performance seems weak and ineffectual. (Wilson 2003). In various textbooks, Tony Blair is compared to Margaret Thatcher. He likes to take a presidential approach to government while his other cabinet ministers will stay in the background unless there is a controversy or policy initiative. It is very rare that Tony Blair will have cabinet debate and his meetings are usually short, tightly managed and focused on delivering information. According to Dearlave and Saunders (1993), Margaret Thatcher was a high-profile prime minister whose office was more powerful than the cabinet and she very often choose to do it her way without the support of the cabinet. However Dearlave and Saunders (1993) also state that the fall of Thatcher from power was due to the fact that she did not have the support of the cabinet anymore. The prime minister might hold power over cabinet appointments, promotions and dismissals but according to Dearlave and Saunders (1993), he can hardly do this at will as senior ministers have their own political standing. Although the prime minister has the power over various issues of the cabinet, he still needs the support of its members if he wants his government to be seen as secure and for the government to continue to have the parliament and the public. According to Barnett (2002), splits in cabinet over policy issues and ministerial resignations damage the authority of the prime minister and government as a whole and undermine public confidence in the strength of the government. Barnett (2002) also states that if the prime minister cannot control his cabinet effectively, this might leads to his downfall or if he fails to keep key ministers and the parliamentary party loyal in his support. In conclusion, I can say that the prime minister remained the one who holds the power over the cabinet and his political party and is regarded as the most powerful politician in the country. However for the government to stay united and secure the prime minister needs to have the full support of its cabinet ministers and if the cabinet is not being run effectively, this can contribute to the downfall of the prime minister.

A List of 100 Examples of Sweet Similes

This list of 100 sweet similes (that is, figurative comparisons concerned with the quality of sweetness) has been adapted from an even larger collection in A Dictionary of Similes by Frank J. Wilstach, first published by Little, Brown, and Company in 1916. Although students should have no trouble understanding most of these similes, they may find them a bit old-fashioned or too poetic. If so, encourage them to create some of their own using more contemporary subjects for comparison. Sweet as odorous white lilies are. (Oscar Fay Adams)Sweet as a nut. (Anonymous)Sweet as a rose. (Anonymous)Sweet as a sugar plum. (Anonymous)Sweet as a vial of rose oil. (Anonymous)Kiss as sweet, as cool fresh stream to bruised and weary feet.  (Anonymous)Sweet as a honey bee.  (Anonymous)Sweet as honeysuckle.  (Anonymous)Sweet as lilies in May.  (Anonymous)As sweet as springs first song heard in the groves retreat. (Anonymous)Sweet as sugar.  (Anonymous)Sweet as the harmonies of spring.  (Anonymous)Sweet as the perfume of roses.  (Anonymous)Sweet as the solemn sounds of cherubs, when they strike their golden harps.  (Anonymous)Sweet as that which is forbidden.  (Arabic)Sweet as the last smile of sunset. (Edwin Arnold)Sweet as the honeyed dews that drip from the budding lotus-flower. (George Arnold)Sweet and calm as is a sisters kiss. (P. J. Bailey)Sweet as the infant spring. (Scottish ballad)Sweet as the joy which sorrow hushes. (Honorà © de Balzac)Sweet as new wi ne. (John Baret)Sweet as applause to the actor. (Francis Beaumont and John Fletcher)As sweet as April. (Francis Beaumont and John Fletcher)Sweet as the moonlight sleeping on the hills. (Sir William S. Bennett)Sweet as the light of the stars. (Robert Hugh Benson)Sweet as the look of a lover saluting the eyes of a maid. (Ambrose Bierce)Sweet, as when winter storms have ceased to chide. (William Cullen Bryant)Sweet as the dewy milk-white thorn. (Robert Burns)Sweet as matrimony. (Robert Burton)Sounds sweet as if a sisters voice reproved. (Lord Byron)​Sweet as May. (Thomas Carew)Sweet as the song of the wind in the rippling wheat. (Madison Cawein)Sweet as pity. (Hartley Coleridge)Sweet as the whispered breeze of evening. (Samuel Taylor Coleridge)Sweet as the hopes on which starvd lovers feed. (Sir William Davenant)Sweet as some immeasurable rose, expanding leaf on leaf. (Aubrey de Vere)Sweet as are the orchards, when the fruit is hanging ripe. (Paul Laurence Dunbar)Sweet as the mu rmur of the brook and the rustle of the corn. (Ralph Waldo Emerson)Sweet as the rosy morn in May. (George Granville)Sweet as a youthful poets dream. (Charles Gray)Sweet as the harps that hung by Babels stream. (Judah Halevi)Sweet as summer days that die when the months are in the bloom. (Will Wallace Harney)Sweet as tropic winds at night. (Paul Hamilton Hayne)Sweet as the blossoms of the vine. (Robert Herrick)As sweet as dewy turf to wayworn feet. (Emily H. Hickey)Sweet as a meadow at noon. (Katherine Tynan Hinkson)Sweet as the dawn star. (Oliver Wendell Holmes)Sweet as the first snow-drop, which the sunbeams greet. (Oliver Wendell Holmes)Sweet as honey. (Homer)Sweet as scarlet strawberry under wet leaves hidden. (Nora Hopper)Sweet as the hills. (Richard Hovey)Sweet as a rosebud crowned with moss. (Victor Hugo)Sweet as music. (Victor Hugo)Sweet as the twilight notes of the thrush. (Helen H. Jackson)Sweet as jasmine. (Jami)Sweet as blue heavens oer enchanted isles. (John Keats)Sweet as love. (John Keats)Sweet as a cat with syrup in its paws. (Vaughan Kester)Sweet as mountain honey. (Charles Kingsley)Sweet as the sigh of the spring gale. (Letitia Elizabeth Landon)Sweet . . . as the sad spirit of the evening breezes. (Emma Lazarus)Sweet as the sound of bells at evening. (Richard Le Gallienne)Sweet as a bell in the woods. (Amy Leslie)Sweet as morning dew upon a rose. (Thomas Lodge)Sweet as the cadence of a poets song. (John Logan)Sweet was her breath as the breath of kine that feed in the meadows. (Henry Wadsworth Longfellow)Sweet as heavens image in an unrippled lake. (George W. Lovell)Sweet as summers showers. (George MacHenry)Sweet as first love. (Gerald Massey)Sweet as first spring violets. (Gerald Massey)Sweet as Eden. (George Meredith)A secret sweet as songs of dawn / That linnets sing when mists are gone. (Richard Monckton Milnes)Sweet as the sweetest song of bird on summers eve. (D.M. Hervey)Sweet as Angel accents. (James Montgomery)Sweet as every-day suns hine. (John Muir)Sweet, like an angels sigh. (Mary R. Murphy)Sweet, like a silver whistle. (Ouida [Marie Louise Ramà ©])Sweet as violet-borders growing over fountains over-flowing. (Ambrose Philips)Music sweeter than the sweetest chime of magic bells by fairies set a-swinging. (Thomas Buchanan Read)Sweet as smiles to the lips that are pale. (Abram Joseph  Ryan)Sweet as the dew-drops that fall on the roses in May. (Abram Joseph Ryan)Sweet as the dreamings of the nightingales. (Charles Sangster)Sweet as damask roses. (William Shakespeare)Sweet as a summer night without a breath. (Percy Bysshe Shelley)Sweet as if angels sang. (Percy Bysshe Shelley)Sweet as a childs heart-lightening laugh to hear. (Algernon Charles Swinburne)Sweet as rest. (Algernon Charles Swinburne)Sweet as running streams to mens way-wearied feet. (Algernon Charles Swinburne)Sweet as forgiveness. (Algernon Charles Swinburne)Sweet as when earth was new. (Algernon Charles Swinburne)Sweet as the voice of a mountain b rook. (Arthur Symons)Sweet as childrens prattle. (Pamela Tennant)Sweet as new buds in spring. (Alfred, Lord Tennyson)Sweet as the apple-blossoms. (Celia Thaxter)Sweet as the music of Apollos lyre. (Celia Thaxter)Sweet as the early pipe along the dale. (William Thomson)Sweet as the dawn star. (Wilbur Underwood)Wild and sweet as regret. (Marie Van Vorst)Sweet as the faint, far-off, celestial tone of angel whispers, fluttering from on high. (William Winter)Sweet as the lips that once you pressed. (William Winter)